adlink c161 - Dragon Technology Distribution

Transcription

Table of Contents
About ADLINK
New Product Showcase
Towards a new IIoT Era
Solutions
Application Stories
Solutions
Application Stories
Intelligent Transportation System
Railway Platform Passenger Information System
Electronic Highway Tollbooth and Surveillance Systems
Using an Integrated Fanless Embedded Computer for a Vehicle
Identification System
Outdoor Unmanned Traffic Monitoring System
In-Vehicle Multimedia and Survelliance Technologies
Automatic Fare Collection System
Smart City
IoT-Based Smart Street Lighting System
Electric Vehicle Battery Exchange System
IoT-based Automated Parking Systems
Mobile Patrol & Inspect for Mass Transportation Systems
Intelligent Unmanned Ground Vehicles
Intelligent Structural Health Monitoring
Industry 4.0
Solutions
Application Stories
5
7
9
11
12
13
14
15
16
17
19
20
21
22
23
24
25
Smart Factory
Mobile Device Production Solutions
Machine Failure Prediction
Logistics Management Systems
Distributed Real-Time EtherCAT System for Demanding Industrial
Automation Environment
Vision Guidance Robotics
Audio Loop Back Testing
Car Navigation Audio Testing
Intelligent Computing Platforms
Fanless Embedded Computers
Overview
Selection Guide
1
27
29
31
32
33
34
35
36
37
43
Expandable Embedded Computers - MVP and MXC Series
45
Integrated Embedded Comuters - MXE Series
47
IoT Gateways
49
Accessories
51
Industrial Computers
Overview
Selection Guide
Full Range of Industrial Computers Empowers Industrial
Automation Applications
53
PICMG Single Board Computers
54
Industrial Motherboards
56
Industrial Chassis
57
Passive Backplanes
58
Accessories
62
Machine Vision
Overview
Selection Guide
Overview
Selection Guide
New Generation x86 Quad-Core Smart Camera
65
ADLINK Embedded Vision Systems
67
Smart Camera
69
Embedded Vision Systems
70
ADLINK Solutions for Machine Vision
71
Frame Grabber
72
Motion Control and Distributed I/O
Overview
Selection Guide
Overview
Selection Guide
Overview
Selection Guide
ADLINK EtherCAT Solution
73
EtherCAT Master Controller and Slave Systems
76
ADLINK Motion Control Solution
77
Advanced DSP-based Servo Motion Controllers
81
Motion Control Cards
83
Terminal Boards & Cables
85
Distributed Motion and I/O Solutions
89
Distributed Motion and I/O Modules
90
High Speed Link Bus
91
Test & Measurement
Overview
Selection Guide
Overview
Selection Guide
Overview
Selection Guide
Discover the Power of ADLINK PXI/PXIe Testing
93
PXI/PXIe Platform
95
Wide Selection of Modular Instruments
97
Modular Instruments
99
Data Acquisition
101
Get Connected with ADLINK USB DAQ/DIO Modules
103
DAQ
105
Software
107
Terminal Boards & Cables
109
Accessories
113
GPIB & Bus Expansion
115
Handheld Computer
Overview
Selection Guide
Rugged & Reliable Industrial Mobile Computers
117
Industrial Mobile Computers
120
About ADLINK
A Global Company
ADLINK, a manufacturer of embedded computing technology, leads the field with integration of computing
power, rugged design, high availability, and industrial I/O. Dedicated to test & measurement, industrial
automation, defense and aerospace, gaming, communications, medical, and transportation applications,
ADLINK has made a name for itself providing reliable products of superior quality for cost-effective solutions,
allowing our customers around the world to significantly reduce time-to-market burdens while increasing
their competitive edge.
By providing leading-edge application-ready platforms and industrial building blocks, ADLINK empowers our
customers, allowing them to minimize total cost of ownership (TOC) with customization and system
integration advantages, keeping manufacturing costs low and extending product lifecycles.
ADLINK is a Premier Member of the Intel® Internet of Things Solutions Alliance and is active in several
standards organizations, including the PCI Industrial Computer Manufacturers Group (PICMG), the PXI
Systems Alliance (PXISA), and the Standardization Group for Embedded Technologies (SGET).
ADLINK is a global company with headquarters in Taiwan; manufacturing in Taiwan and China; R&D and
integration in Taiwan, China, the US, and Germany; and an extensive network of worldwide sales and support
offices. ADLINK is ISO-9001, ISO-14001, ISO-13485 and TL9000 certified and is publicly traded on the TAIEX
Taiwan Stock Exchange (stock code: 6166). ADLINK products are currently available in over 40 countries
across 5 continents, supported by worldwide distribution networks and offices and over 1600 employees.
Products and Services
Measurement and Automation
Display & Computing
ADLINK’s is dedicated to providing reliable, top quality products
for industrial I/O control, motion control, digital imaging, data
acquisition, and modular instrument applications. Our
comprehensive portfolio of measurement and automation
products, application ready platforms, and easy-to-use software
packages, with integrated value-added service, continually meet
and exceed customer requirements for industrial automation
systems, machine vision systems, and automated test and
measurement equipment.
To providing our customers the best user experience with products
for Medical, Industrial, and Logistics applications, including panel
PCs, touchscreen monitors, and tablets that meet the demanding
requirements of these industries and provide ease of use and
protection from extreme environmental hazards. DCPS product
lines include:
PXI & Modular Instruments
Motion Control
Data Acquisition
Distributed I/O
Machine Vision
Handheld computers
Industrial Monitors and Panel Computers
Medical Monitors and Panel Computers
Rugged Tablets
Modular & SFF Computing
Embedded Computing
With the combined experience and technical knowledge of ADLINK,
Ampro Computers and LiPPERT Embedded Computers, ADLINK is
able to provide a wide range of Computer-on-Modules and Small
Form Factor (SFF) Single Board Computers. Our Extreme Rugged
product lines have wide operating temperature ranges and meet
MIL-STD shock and vibration specifications.
ADLINK works closely with Intel® to ensure that we develop and
introduce innovative computing technologies by implementing
embedded computing roadmaps and selecting computer solutions
that best fit our target markets. This enables ADLINK to provide the
highest quality and performance products with the long life cycles
required by our embedded computing customers.
COM Express
PCI/104
Network Appliances
6U/3U CompactPCI Platforms SMARC
PCI/104-Express
Extreme Outdoor Severs
VPX Blades and Development Kits
Qseven
Mini-ITX
Media Cloud Servers
Extreme Rugged Systems
ETX
SEMA Cloud
AdvancedTCA Embedded Flash Storage
PC/104-Plus
www.adlinktech.com
2
Design and Manufacturing Services
To fulfill your requirement of high quality, cost-effective products, with quick time to market in product
development, ADLINK has established and assembled an Design and Manufacturing Services team to
cater to the specific demands that off-the-shelf products could not meet.
From embedded computers, data
Vertical Focus
acquisition cards, and CompactPCI
Industrial Building
systems to related software packages,
Blocks
our DMS design team has the expertise
to rapidly prototype upon the approval
Global Technology,
of finalized specifications. In addition,
Local Service
the winning of ISO-9001 certification
ensures the exactitude of our
Industrial
research and development
Application
procedures with the highest
Platforms
product quality.
ADLINK owns and operates the
manufacturing facilities in our Asia
headquarters. Complete capabilities
include our own PCB layout teams,
RoHS Compliant
SMT lines, system integration, and test Product Lifecycle
Quality Control
capabilities. In short, ADLINK controls
the whole manufacturing process, from layout and
design to prototyping and volume production.
Customer Services
ADLINK is not only devoted to providing local service worldwide, but also to providing convenient online
service, The following services are available around the clock on the Internet.
eRMA
ADLINK customers can send their RMA requests via our eRMA system. After obtaining an RMA number,
you can track your RMA status online at any time.
Partner Center
The ADLINK Partner Center is specifically designed for worldwide sales and marketing support to allow our
global sales representatives and distributors access to real-time product and marketing information and
materials as soon as they are released at ADLINK headquarters. More than a resource database, the ADLINK
Partner Center will also facilitate your business in serving customers.
Ask An Expert
This is the place to get help for ADLINK products. 'Ask an Expert' provides answers to commonly asked
questions, or you can click on the 'Ask a Question' tab to contact ADLINK's knowledgeable staff about a
specific product or issue. ADLINK AAE (Ask an Expert) is available 24/7 online and is staffed by dedicated
professionals who are available to address customers' needs and answers question. All issues and
comments are recorded into a database and can be tracked/reviewed at anytime. ADLINK customers are
invited to access the AAE system at: http://www.adlinktech.com/AAE
Environmental Protection Policy
ADLINK implemented a Green Product Policy in May 2004 to align the purchasing and use of green products meeting requirements from
international environment protection statutes. Environmental protection is a top priority for the management at ADLINK. Measures have
been taken to ensure that our products have little impact on the environment. In addition to planning a leadless process, the affect on the
environment of components and raw materials will also be reduced. The Green Product concept has been built into our new product
development system to ensure protection of the environment and continued business success.
RoHS Compliant Computing
Conflict Free Minerals Policy
ADLINK is committed to fulfill its social responsibility to global
environmental preservation through compliance with the European
Union's Restriction of Hazardous Substances (RoHS) directive, which
restricts the use of harmful substances such as lead, mercury and
cadmium in new equipment.
ADLINK TECHNOLOGY INC. will not knowingly procure material
supplies and components that contain minerals that directly or
indirectly finance or benefit armed groups in the Democratic
Republic of Congo (DRC) or an adjoining country.
Most end-user applications in which ADLINK products are used do
not require RoHS compliance. However, ADLINK will actively work
with customers whose products are not RoHS exempt under
category 8 or category 9 classifications. Our lead-free production
line and process, including solder paste, solder bar and process
control parameters, has been developed and standardized in our
manufacturing system.
We urge our suppliers to support this policy in their own
procurement guidelines and provide us with accurate country of
origin information.
ADLINK shall:
Comply fully with requests from EICC-GeSI.
Conduct a reasonable country of origin inquiry to clarify the origins
of the Gold, Tantalum, Tungsten and Tin used in our products.
Establish reasonable objectives and targets with a goal of
Management Flow
ascertaining and minimizing ADLINK's risk. With a goal of c
The management flow of ADLINK's Green Policy begins during the
development stage of a product. Only parts and raw materials that
meet RoHS requirements are sourced. Our engineers specifically
design products using only qualified components. A lead-free
process ensures that manufactured products are "green." Green
products do not contain environmentally hazardous elements and
can easily be recycled.
develop a means to measure objectives and targets. ADLINK will
ontinuous improvement for our Conflict Free Minerals Program,
also review, revise and report these measures, and overall program
updates, on an annual basis.
Empower all employees, suppliers, vendors and contractors to take
ownership in complying with the Conflict Free Minerals Policy and
to escalate risks in the supply chain to management's attention.
Effectively communicate to all employees this Conflict Free
Minerals Policy and our Conflict Free Minerals Program.
REACH Declaration
The Registration, Evaluation, Authorization and Restriction of
Chemicals Regulation 1907/2006, commonly referred to as
"REACH", is Europe's new chemicals legislation. The products that
we supply are non-chemical products and under normal and
reasonable use, they will not release harmful substance.
Furthermore, we will immediately inform you in correspondence to
REACH-Article 33 if any substance of content (as from a content of
>0.1%) in our products will be classified alarming by the European
Agency for Chemicals ECHA.
www.adlinktech.com
4
New Product Showcase
MVP-6000
Page 45
6th Gen Intel® Core™ i7/i5/i3 Processor-Based Value Series
Expandable Fanless Embedded Computer
2x DDR4 SO-DIMM sockets support up to 32GB memory
Support for two independent displays with 1x VGA, 1x DVI, and 2 DisplayPort I/O
1x PCIe x16 and 1x PCI expansion slots
Front-accessible I/O for simplified installation and maintenance
MXC-6400
Page 45
6th Gen Intel® Core™ i7/i5/i3 Processor-Based Expandable
Fanless Embedded Computer
2x DDR4 SO-DIMM sockets support up to 32GB memory
1x PCI + 2 PCIex8 or 1x PCI + 1x PCIex16 slots, supporting PCIe Gen2 cards
Support for 3 independent displays with 2x DisplayPort and 1x DVI-I I/O
Front-mounted remote power on/off switch connector
MXC-5500
Page 47
6th Gen Intel® Core™ i7/i5/i3 Processor-Based Integrated
Fanless Embedded Computer
Single-side I/O with two easy-to-swap SATA drive bays
Rugged construction delivering fanless -20°C to 70°C operability (w/industrial SSD)
Rich I/O includes 1x DVI-I, 2x DisplayPort, 4x USB 2.0, 4x USB 3.0, 4x GbE ports, 6x COM ports,
and 8x isolated DI/O
2x SATA-III (6.0 Gb/s) port, 2x mPCIe slots, and 1x M.2 2280
Intelligent IoT Gateway Starter Kit
Page 50
Intelligent IoT Gateway and EdgePro IoT Device &
Sensor Management Application based on Intel® IoT Gateway
A complete connection solution for accelerated IoT application development
MXE-202i IoT Gateway based on dual-core Intel® Atom™ SoC processor E3826 on
Wind River® IDP XT 2.0
Preloaded ADLINK EdgePro IoT device & sensor management application
Easy configuration with user-friendly administrator interface and dashboards
5
NuPRO-E43
Page 54
PICMG® 1.3 Full-Size LGA1151 6th Gen Intel® Core™ i7/i5/i3
Processor-Based SHB
Intel® Q170 Express chipset supporting PCI Express 3.0
2x DDR4 DIMM sockets support up to 16 GB memory
4x SATA 3.0 onboard with RAID support
4x COM ports (including RS-232/422/485)
Intel® PCIe slot bifurcation support
IMB-M43
Page 56
Industrial ATX Motherboard with 6th Gen Intel® Core™
i7/i5/i3 Processor
Dual-channel DDR4 2133 MHz memory up to 64 GB
Intel® PCIe 3.0 slot bifurcation supports up to 5x PCIe 3.0 expansion slots
Rugged I/O design to enhance I/O port compatibility and reliability
Unique power design to ensure stable USB power of 5V +-5%
IEC 61000-4-2~6 (Performance Criterion A), CE/FCC class B certified
PCIe-HDV72
Page 72
1-CH PCI Express® 4K2K HDMI Video/Audio Capture Card
Uncompressed 4096 x 2160P and 3840 x 2160P, 60 fps video stream with no CPU usage
Consumer Electronics Control (CEC) compliant
Support for HDCP (High-Bandwidth Digital Content Protection) and configurable EDID
Hardware color space conversion
PCI Express® x4 Gen3 interface
Support for 32/64-bit Direct SDK and NI IMAQdx middleware
Support for 3rd party software, NI LabVIEW and NI PQA
EtherCAT Solution
Page 73
Talos Master Controller and EPS Slave System
Supports IEC-61131-3-compliant programming environment
Minimal control cycle time within 250 µs
Motion control of up to 64 axes and up to 10,000 I/O points of control
Supports EtherCAT COE, FOE as well as EOE protocols
Slave module health monitoring
Wide operation temperature range: -20°C - 60°C
Powered by ADLINK Softmotion
IMX-2200
Page 120
Android 5.0 Industrial Mobile Handheld Computer
3.2” (240 x 320) TFT-LCD; sunlight readable; five point capacitive touch screen
WLAN: IEEE 802.11 a/b/g/n (CCX optional); WPAN: V4.0 BLE
Data capture: CCD/1D laser engine/ 2D imager/ NFC 13.56 MHz
5M pixel camera with AF flash LED
Rechargeable 2600 mAh Li-ion battery/3.7V; 3900mAh Li-ion battery/3.7V (optional)
1.5m drop and IP65 rating
www.adlinktech.com
6
Towards a new IIoT Era
Significant Industrial IoT potential is realized with system integration of ADLINK’s leading embedded computing capability. Optimized solutions
allow your enterprise to take full advantage of the IoT, with a comprehensive portfolio of gateway devices, network infrastructure support, and a
wide range of cloud services accelerating implementation of the IoT in a host of vertical markets.
The IoT demands effective communication between distributed intelligent devices and the network or cloud infrastructure. ADLINK’s IoT
solutions provide pre-validated hardware and software platforms for fast and trouble-free device-to-cloud transfers, maximizing system security,
smart connectivity, rich network options, and powerful device management.
End-to-end solutions to build your IoT
ADLINK offers a full range of offerings for IoT ecosystem optimization, from edge devices to cloud control centers,
including I/O modules, embedded modules, embedded systems based on industry-standard form factors, mobile
computers, network infrastructure, and cloud services. ADLINK’s Application-Ready Intelligent Platforms and services
support and empower you with fast time-to-market and reduced development burdens for new applications.
ADLINK works closely with our customers to understand their unique requirements whether for individual devices
or full end-to-end solutions, helping to solve the specific development challenges of every individual market.
7
High bandwidth network infrastructure for big data processes
Network infrastructure is critical as a connectivity platform for control and operational systems, sensors, machines,
and devices in the Industrial IoT. Required are secure high bandwidth pathways capable of supporting billions of
connected devices, people, processes, and data. ADLINK's industrial networking products for network infrastructure
offer the communications capabilities necessary to handle all your big data needs today and into the future.
Create business value with intelligent central management
Application of IoT technology helps to implement real-time remote monitoring, allowing more precise forecasting
and reducing maintenance and manpower costs. Most importantly, intelligence gained from accumulated big
data aids development of more advanced insight into equipment management and purchasing.
ADLINK’s IIoT solution, based on the Intel IoT gateway platform and ADLINK's embedded SEMA Cloud utility, provides an application-ready
intelligent platform delivering the computing power, connectivity, security, and manageability needed for developing IoT applications with
minimized development time and cost.
Edge Device Management
Remote monitoring and
management
Edge device management
agent
Intelligent Device Building Blocks
Intelligent IoT Gateways
EdgeServer
Intelligent device building blocks
Building blocks for Intelligent devices
Ready to use Edge devices
www.adlinktech.com
8
Intelligent Transportation Systems
Passenger Information and Surveillance System
MXC-6300
Rich PCI/PCIe ports supporting video surveillance and DI/O
relay/isolation application
3 independent displays supporting rich media
Reliable and rugged construction with wide temperature
(-20°C to 60°C) operation, suited for outdoor rugged applications
Unmanned Outdoor Traffic
Monitoring
MXE-5400
Surge protection of GgE ports and COM ports
further accommodates onsite installation
Fanless thermal structure beneficial for digital
security surveillance applications
MXC-2300
Built-in dual port isolated CAN bus facilities for
communication between in-vehicle devices
Reliable ruggedized fanless and cable-free design
with wide temperature range -20 to 70°C withstanding
harsh environments
In-Vehicle Multimedia and Surveillance
MXE-5400
9
Provides multimedia content delivery and data acquisition from both inside and
outside the vehicle, with data transmission to centralized control facilities
Effective function under vehicle operation conditions, including constant
vibration, sudden shock, and severe temperature variations
Electronic Highway Tollbooth and
Surveillance Systems
MXC-6000
Multiple communication interfaces enable reliable, high-speed
serial communication
Optional hot-pluggable fan module for enhanced heat dissipation
of high power consumption PCI/PCIe add-on cards
Vehicle Identification System
MXE-1300
Wide operating temperature beneficial for digital security
surveillance applications
Flexible mini PCIe module for extended functionality
Compact, rugged cable-free structure provides reliable
performance
www.adlinktech.com
10
Applications
Railway Platform Passenger
Information System
Application
Passenger Information Systems (PIS) for rail transport,
comprising a server and communication link to transfer
train arrival/departure information between operators
and large screen displays, can experience significantly
increased efficiency with the integration of voice
transmission and PoE IP camera deployment for
real-time surveillance. The upgrade, while requiring
increased computing power and graphics
performance, can even provide expansion
capabilities to utilize various applications.
Since the system is installed onsite, fanless operation
in a sealed structure is critical, not only for enhanced
MTBF and reduced maintenance burden, but further
since lowered breakdown rate is especially critical for
public transportation Quality of Service. Finally, in such
demanding environments, isolation/relay IO improves
data accuracy, system stability and noise reduction.
ADLINK Solutions
ADLINK’s MXC-6300 fanless expandable embedded computers, powered by Intel 3rd Gen Core i7/i5/i3/Celeron processor and QM77 PCH, are
equipped with 2x RS-232/422/485 and 2x RS-232 for communication, 2x Intel GbE supporting teaming, iAMT8.0 and WoL for IP Camera.
Integrating ADLINK’s PCIe-GIE64+ PCIe card further allows PoE frame grabber support and video surveillance applications. With flexible PCI/PCIe
expandability from the PCI-7250 8CH relay/isolation DI/O PCI card, high current I/O control is realized. As well, built in 9-32V power input design
significantly increases system integration flexibility.
Features and Benefits
Superior and cost-effective computing and graphics performance
Rich PCI/PCIe I/O maximizes video surveillance and DI/O relay/isolation application capabilities
Support for 3 independent displays with 2 DisplayPort and 1 DVI-I ports onboard enabling rich media function
Reliable and rugged design with wide operating temperature (-20°C to 60°C) range, fanless performance, ESD contact ±4kV/air ±8kV protection,
and 16CH isolation DI/O, ideal for rugged application requirements
11
Electronic Highway Tollbooth
and Surveillance Systems
Application
Tollbooth lanes are often utilized to allow motorists in
single-occupant vehicles to access high-occupancy
vehicle lanes. Tolls are collected either by manned
tollbooths, automatic number plate recognition,
or electronic toll collection systems.
The main function of a tollbooth lane is to identify,
record, and control passage of vehicles, to carry out
toll payments and transmit acquired information to
monitoring and local toll plaza facilities. Toll payment
information is monitored and aggregated at each toll
plaza and reported to central administration for further
custom processing.
Toll systems require an industrial platform integrated
with serial communication cards to connect and control
the systems, remit related data to the control center,
and control barriers, read vehicle license plates, and
control trigger settings via capture cards.
ADLINK Solutions
The MXC-6000 fanless expandable embedded system is perfectly suited for electronic toll gate and surveillance applications with high
performance Intel® Core™ i7 Processor with superior graphic performance, two GbE ports, four serial ports and two PCI/PCIe expansion
slots. All electronics are securely housed in a compact, rugged chassis with thermal cooling fins, for easy and dependable deployment,
even in severe conditions.
Each surveillance camera is connected to a 2/4-port PCI/PCIe video capture card or PoE frame grabber. Captured images transferred to
system storage can be scaled down with application software. Entry systems are connected to the control center via Ethernet, and onboard
serial ports or add-on serial communication cards enable reliable, high-speed serial communication.
Cable-free, fanless design for reliable system operation
Compact and rugged, supporting a variety of applications in different fields
Easy to maintain and install add-on cards reduce maintenance costs
Optional hot-pluggable fan module for enhanced heat dissipation of high power consumption PCI/PCIe add-on cards
www.adlinktech.com
12
Applications
Using an Integrated Fanless
Embedded Computer for a Vehicle
Identification System
Application
A vehicle identification system (VIS) is a solution for
automatic licence plate recognition and vehicle
identification that helps to increase the effectiveness
of modern security systems, which is now considered
part of an intelligent transportation system (ITS).
VIS technology captures vehicle licence plates,
analyzes images, and increase the level of security,
based on a multi-criteria comparison of a photo of the
vehicle and a photo stored in storage. The system
needs to provide long-term durability and reliability to
operate effectively day and night to monitor both
static and moving vehicles.
In light of the increasing demands for VIS,
ADLINK developed a series of embedded
computers—the Matrix MXE series—to
provide a robust solution with versatile
integrated I/O options suitable for many
different fields, such as access control to
public or private car lots, logistics, roads and
motorways, police force applications and
automatic detection of traffic violations.
ADLINK Solutions
The ADLINK MXE series is an exceptionally rugged embedded controller for operating in harsh environments. Its -20°C to 70°C (-4˚F to 158˚F)
temperature range allows it to operate outdoors in both hot summer days and cold winter nights. The Matrix can also be deployed on vehicles
as it can withstand 5 Grms vibration. And, its fanless and cable-less structure ensures extensive durability for long-term usage.
The Matrix MXE series features an Intel® embedded processor to deliver adequate performance at low-power. The MXE series also integrates
versatile generic and special purpose I/O features to support a wide variety of applications. The on-board Gigabit Ethernet is designed for
connecting cameras for surveillance and image recognition applications, while its COM ports meet the requirements in most machine
automation and facility management applications. Combining rugged design and integrated I/O functions, the ADLINK MXE series offers the
most versatile choice for your applications.
Cable-free structure provides more reliable performance
Fanless thermal structure beneficial for digital security surveillance applications
Compact and rugged to handle any application
13
Outdoor Unmanned Traffic
Monitoring System
Application
Remote observation and identification of traffic infractions
in urban settings has become standard procedure in the last
decade. As technologies evolve, challenges in such solutions
increase commensurately.
The system must integrate diversified functionality. Activity
must be accurately monitored and desired event capture
accomplished efficiently. The internal application then
performs further analysis to determine if a violation has
occurred. Finally, the pertinent media-based record must
be remitted to a control center. Critical requirements thus
comprise powerful computing performance and rich data
transmission capabilities.
Additionally, however, the systems are primarily deployed
in environments with little or no protection from exposure
to the elements and pollutants, factors which must be
prevented from impairing system results. Finally, since
limited physical access to system components is common
to deployment locations, remote maintenance and
management are essential to system administrators.
ADLINK Solutions
ADLINK’s MXE-5400, based on 4th Gen Intel® Core™ i7-4700EQ quad-core processors, delivers outstanding performance, excellent
manageability, optimized connectivity, and rugged design in a compact package. To enhance data reliability, an internal dual SATA-III interface
provides RAID support and the dual mini PCIe interfaces support rich wireless communication options, with one configurable to mini SATA
access by jumper selection. In addition, surge protection of GgE ports and COM ports further accommodate outdoor applications.
Compact and rugged to handle any application
Fanless thermal structure beneficial for digital security surveillance applications
Surge protection of GgE ports and COM ports further
accommodate outdoor applications
www.adlinktech.com
14
Applications
In-vehicle Multimedia and
Surveillance Technologies
Application
The popularity of in-vehicle multimedia access is increasing with
the evolution of digital content and distances travelled. Mass
transit system or long-distance bus users can experience improved
quality of travel when accompanied by music, video, and even
interactive internet content. Also increasing in desirability is
personal access to the internet. Wireless AP can be implemented on
public transport to provide wireless internet services to passengers.
In addition, with growing concerns over security, the demand for
in-vehicle surveillance technologies is also expanding. With the
convenience and cost-effectiveness of Ethernet networks and
wireless technologies, IP surveillance systems can be implemented
on buses or trains to enhance passenger safety, fleet management,
and traffic monitoring, especially in combination with vehicle
positioning provided by GPS, delivering real-time driving status to
operators and system administrators.
Given the limited space available in vehicles, meeting the various
requirements of such systems is clearly a challenge. In-vehicle
systems must provide multimedia content, along with data acquisition
from both inside and outside the vehicle, with transmission of the
data to centralized control facilities. Finally, the system must operate
effectively under the conditions unique to moving vehicles, including
high frequency of vibration and shock and severe temperatures.
ADLINK Solutions
With sophisticated mechanical design and discreet circuit layout, the ADLINK Matrix series offers rugged platform suitable for severe operating
environments. The Matrix series packs versatile I/O application solutions into minimized form factors, to meet the needs of a huge variety of
applications. Matrix provides a full spectrum of fanless embedded computers to fulfill every application-specific task.
The Matrix MXE series accommodates powerful Intel® processors to fulfill delivery of digital content while processing surveillance data
received through multiple GbE Ethernet ports. With the flexibility of an internal mini PCIe module, the Matrix-E series takes full advantage of a
diversity of wireless protocols such as 3G/UMTS/WiFi and Bluetooth.
Fanless thermal structure beneficial for critical applications
Flexibility mini PCIe module for extended functionality
Compact and rugged, ready for various in-vehicle applications
15
Application
Currently operational Automated Fare Collection Systems
not only perform automatic bill and coin validation, but also
execute advanced data collection, reporting, and analysis.
Also available are stop level fare reporting, point of sale
fare media, and wireless data collection upload via
wireless, as well as GPS-based completed trip reporting
including schedule adherence, dwell times, and many others.
Operators can extract vehicle-specific revenue data per
vehicle and route and generate other information in
real-time, including fare boxes, card validator, next stop
announcement systems, and automatic passenger counts.
The system also delivers relevant status information including
minutes ahead or behind schedule, text and voice messaging
with the dispatcher, navigation, or emergency alarms. All
generated information is securely processed and stored in
the system database before conversion to usable content for
the operators' financial, planning and operational needs,
and increased efficiency, productivity, flexibility and
customer satisfaction are the result.
In this application, important considerations include limited
space and support for future flexibility and expansion with a
variety of functions, operability under harsh environments.
ADLINK Solutions
With rugged construction, compact size, and operating tolerance of -20°C to 70°C and 50G Shock and 5G Vibration, along with rich I/O,
dual port isolated CAN bus design, and expansion slots for flexibility, the Matrix MXC-2300 proves itself as the most suitable platform to
meet all these requirements in moving vehicle applications.
PCI/PCIe expansion slots for integrating specific J1708/J1587/J1939 cards supporting Transit Interface
Built-in dual port isolated CAN bus facilities for communication between in-vehicle devices
Reliable ruggedized fanless and cable-free design with wide temperature range -20 to 70°C withstanding harsh
environments for in-vehicle application
Easy connectivity with front accessible for streamlined installation and maintenance
www.adlinktech.com
16
Smart City
IoT-based Automated Parking Systems
MXE-200i
Enables connectivity between PLC and PC-based monitoring control
systems, enabling fast and easy maintenance by smart handheld
devices via 3G/WiFi connection
Collected real time information can be leveraged by ITS applications
IoT-Based Smart Street
Lighting System
MXE-110i
Mobile Patrol & Inspect for
Mass Transportation Systems
IMX-2200
17
IP65-rated construction and sunlight-readable display
support full operations in even the most extreme
environments
3G broadband and CCX-certified Wi-Fi connectivity
ensures reliable data transmission and roaming
High-performance barcode and RFID scanners
Provides monitoring and control of operations,
including on/off, dimming, event scheduling,
alarm generation, and data logging
Energy saving and city safe
Intelligent Structural Health Monitoring
PXIe-9529
High-precision PXI platform for implementing bridge structural
monitoring with high reliability and low maintenance requirements
High density system offering up to 136 channels for synchronized
and real-time data acquisition
Electric Vehicle Battery Exchange System
MXC-2300
Reliable fanless and durable cable-free structure accommodates
severe temperature and vibration environments
Built in dual-port isolated CAN (Controller Area Network) bus
facilitates communication between micro-controllers and devices
Intelligent Unmanned
Ground Vehicles
MXC-6000
Compact size and rugged design with wide
temperature range -10°C to 60°C
50 G shock and 5 Grms vibration are ready
for harsh environments in different fields
www.adlinktech.com
18
Applications
IoT-Based Smart Street Lighting
System
Application
Conventional street lighting, with isolated and low-degree automation,
can account for as much as half of a city’s electrical consumption.
One of the major constituent concepts of smart city initiatives has
been utilization of IoT technology to control the hundreds of thousands
of functioning street lights via cloud-based management, for optimized
power consumption efficiency and reduced operational costs and
carbon footprint.
Powerline Communications (PLC) provides the means to convert
existing utility infrastructures into a carrier for IoT data transmission,
adding communications to street light control networks. Accordingly,
real-time control, automated on/off scheduling, event notifications,
lamp failure prediction for optimized maintenance, and many more
applications are easily achieved.
ADLINK’s IoT gateways, with full support for Intel® Gateway Solutions
for the IoT, when deployed in the scenario as IoT gateway or PLC
transceiver, enables modulation of digitally formatted IoT commands
originating at cloud-based control into analog packets. The packets are
suitable for transmission via alternating current (AC) over existing
power lines, and the system can, in turn, return RF-based data from
environmental sensors and other devices in the field back to
cloud-based management.
ADLINK Solutions
ADLINK IoT gateways is a dedicated IIoT gateway based on the Intel® IoT Gateway portfolio of pre-integrated and pre-validated software and
hardware bundles developed to address the challenges facing IIoT, enabling connectivity of legacy industrial devices and other systems. With
the implementation of ADLINK"s proprietary SEMA Cloud solution and integration of Wind River® Intelligent Device Platform XT and McAfee
Embedded Control, the IoT gateways maximizes manageability and security critical for IoT-based operation. Rich IO includes USIM socket
supporting communication with connections such as, WiFi, BT and 3G, IoT gateways is an optimal communication gateway and controller
between luminaires and user interface to serve hundred lights with efficient remote monitoring and control. Enabling system integrators to
quick develop and deploy to applications.
Enables connectivity between PLC and PC-based monitoring control systems, serving as a PLC transceiver ready with the Intel IoT solution
Provides a single unified network connecting PLC street lights and heterogeneous 3G/WIFI/Blutooth input for complete system interoperability
Ultra-compact and rugged construction equip the Iot gateway for powerful and reliable outdoor field deployment with low power consumption
and maintenance requirements.
Full fanless operational and structural resistance to constant vibration, sudden shock, and extreme temperature variation.
19
Electric Vehicle Battery
Exchange System
Application
To encourage the use of electric scooters to help improve air
quality and gradually eliminate fossil fuel use within the next
10 years, Taipei City Government plans to set up hundreds of
battery exchange stations which will accommodate thousands
of electric scooters.
The Electric Vehicle Battery Exchange System classifies
batteries as Waiting to Charge, Charging, and Charged.
Users simply pay with a debit card, enter instructions on a
computer screen, and insert a depleted lithium battery in
exchange for a charged one. The entire process takes only
a few minutes as opposed to the hours spent waiting for
a battery to charge.
ADLINK Solutions
The Matrix MXC-2300 provides system stability and reliability required to best support the Electric Vehicle Battery Exchange System.
The system design, with one PCI and one PCIe slot, built in dual-port isolated CAN allow micro-controllers and devices to communicate with
each other for utilizing the transactions.
The MXC-2300, compact and reliable with a fanless and cable-free design, accommodates -20°C to 70°C (-4˚F to 158˚F) operating environments,
and is equipped with thermal fins for efficient cooling in harsh environments.
Compact and rugged design are suited to harsh environments and outdoor applications
Reliable fanless and durable cable-free design accommodate severe temperature and vibration environments
Easily to maintained and installed with the PCI/ PCIe add-on cards for various applications
Optional hot-pluggable fan module for enhanced heat dissipation of high power consumption PCI/ PCIe add-on cards
Built in dual-port isolated CAN (Controller Area Network) bus facilitates communication between micro-controllers and devices.
www.adlinktech.com
20
Applications
IoT-based Automated Parking
Systems
Application
The automated parking solution monitors parking
areas and gathers real time occupancy data, providing
intelligent and innovative parking solutions for both
operators and customers. When arriving in an
active area, customers can use their phone to access
information through text message, application,
and the Internet. With the smart solution, operators
can access real-time data to exploit their parking
resources fully, via continuous updates on
variations in parking needs by area.
In this way, data showing the current state of
the automated parking system enables real-time
and remote facility monitoring and advanced
cloud services without affecting legacy
infrastructure, thereby reducing maintenance
costs while increasing efficiency.
ADLINK Solutions
ADLINK’s Matrix MXE-200i and MXE-110i IoT gateways, based on the Intel® IoT Gateway portfolio combine the advantages of the Intel Wind River®
Intelligent Device Platform, McAfee® security packs, and ADLINK’s SEMA Cloud utility. The MXE-200i and MXE-110i pre-integrated, pre-validated
hard-and-software building blocks deliver all the computing, communication, connectivity, security, and manageability necessary to establish an
industrial-grade cloud-based IoT application. Enabling system integrators to quickly develop and deploy IoT applications, real time remote facility
monitoring and advanced cloud services are delivered, without affecting legacy infrastructure. Increases in capital investment for the parking
facility are minimal while resulting benefits are considerable, including reduced maintenance costs and enhanced operational efficiency.
Ruggedized fanless and cable-free design with wide temperature range -20 to 70°C operating range
Enables connectivity between PLC and PC-based monitoring control systems, enabling fast and easy maintenance by smart handheld devices
via 3G/WiFi connection
Collected real time information can be leveraged by ITS applications
21
Mobile Patrol & Inspect for
Mass Transportation Systems
Application
Mass transportation systems, by definition, cover immense geographical
areas, posing significant challenges to efficient management of
inspection, repair, and maintenance operations. Mobile patrol and
inspection systems can provide dramatic advances in efficiency,
accuracy, convenience, and cost-effectiveness of such responsibilities.
The ADLINK IMX-2200 handheld computer presents a perfect
solution to the mobile patrol and inspection needs of a wide
range of applications, including those of mass transportation.
Terminal, yard, and track administrators, for example, can utilize RFID
or barcode scanning to confirm their presence at a specific location,
with the help of GPS for field positioning. Once confirmation of their
location at the equipment or facility is accomplished, specifics of the
task at hand can be simultaneously displayed on the their handheld
computer, an operation accomplished all the more easily thanks to
the IMX-2200’s sunlight-readable display.
When equipment fault, malfunction, or failure is located and identified,
the handheld computer enables instant relay of the details to central
management center, enabling speedy dispatch of repair/maintenance
personnel. The ADLINK IMX-2200’s integral keyboard allows alternative data
input under conditions prohibitive to touch screen operation, such as
environments fouled by contaminants such as lubricant or fuel, or in wet
or otherwise adverse weather conditions.
IMX-2200
ADLINK Solutions
The ADLINK IMX-2200 is an Android 5.0-based handheld computer providing a 3.2” TFT-LCD sunlight-readable display. Rare among
Android-based products using platform, it provides an integral keyboard for alternate data input for environments adverse to touchscreen
use. Reinforced IP65-rated water and contaminant resistance, as well as 1.5m drop protection, further suits the IMX-2200 for harsh outdoor
applications. Real-time data capture is enabled by CCD/1D laser engine/ 2D imager/NFC 13.56 MHz.
IP65-rated construction and sunlight-readable display support full operations in even the most extreme environments
Multiple data input methods, including touch screen, barcode/RFID,, and keyboard
High-performance barcode and RFID scanners
3G broadband and CCX-certified Wi-Fi connectivity ensures reliable data transmission and roaming
Built-in camera to capture onsite and field events and conditions
www.adlinktech.com
22
Applications
Intelligent Unmanned Ground
Vehicles
Application
Intelligent Unmanned Ground Vehicle systems consist of vehicles
functioning with no human operator onboard. The unmanned vehicles
can be remotely controlled or guided, or autonomous vehicles capable
of self-navigation based on detected environmental factors.
The systems are valuable in many scenarios in which it may be
dangerous, inconvenient, or impractical to have a human operator
present. Vehicles are outfitted with sensors to detect environmental
conditions, and either autonomously operate in response, or feed
gathered information back to a central or remote operator who then
applies vehicle control accordingly through a command transmission
system.
The initial goal of UGV systems was to equip off-road vehicles with
computer-controlled unmanned operability, including integrated
remote control systems; on-road and off-road navigation; detection
capability; and route planning algorithms, all in addition to standard
mobility.
ADLINK Solutions
ADLINK’s high performance MXC-6000 fanless computer proves to be the ideal platform for these in-vehicle systems. With a wide range of
input power options and built-in resilience, the MXC-6000 more than fulfils the application’s specific requirements. PCI/PCIe expansion slots
allow installation of a variety of PCI, PCIe add-on cards and a rich I/O front panel connectivity supports UGV needs to accommodate vision card,
camera, navigation node, vehicle control node via GbE Ethernet ports, COM ports, and USB ports.
Offering one PCI and one PCIe x4 expansion slot for various add-on
Compact size and rugged design with wide temperature range
cards for increased vertical applications
-10°C to 60°C,
Fanless and cable-free design provide more reliable performance,
50 G shock and 5 Grms vibration are ready for harsh environments in
easier installation and maintenance
different fields
Competitive price/performance ratio solutions
23
Intelligent Structural Health
Monitoring
Application
Advancements in bridge engineering have significantly increased
the number of long-span bridges combining complicated functions.
Increasing precision and effectiveness of structural monitoring of
such structures, in light of potential deterioration from complicated
time variations and environmental factors, is, obviously, a critical
concern. Intelligent bridge structure monitoring systems combine
state-of-the-art ICT, remote detection, civil engineering, and structural
analytics technologies. Sensors and transducers, installed at key parts
of the structure collect structural parameters and return the data to
requisite controllers and/or gateways, for subsequent transmission to
remote central control for analysis.
In this case, accelerometers and FBG transducers are deployed
throughout the bridge structure, accompanied with data acquisition
stations at critical points, implementing real-time monitoring of the
effects of typhoon, earthquake, and other climactic influences, as
well as damage inflicted by saline corrosion and other environmental
factors on the structural health of the bridge over time. To sustain
operability irrespective of environmental extremes, the system
demands ultra-rugged construction and operability with minimal
maintenance requirements.
ADLINK Solutions
ADLINK’s PXI system provides a high density, high-precision, ultra-rugged, and modularized platform for implementing onsite bridge
structural monitoring with high reliability and low maintenance requirements. Data can be stored for implementing online/offline analytics.
The PXIe-9529, featuring up to eight 24-bit analog input channels simultaneously sampling at 192kS/s, and a 108dB dynamic range,
provides ample power for high-density high channel count signal measurement.
High density system offering up to 136 channels for synchronized and real-time data acquisition
Extremely low 0.5Hz AC cutoff frequency for effective micro-vibration monitoring
Maximized 110dB dynamic range for leading SNR
www.adlinktech.com
24
Industry 4.0
Industry 4.0, or the fourth industrial revolution, is a term recently employed to collectively reference various technologies currently featured in
data exchange, automation, and manufacturing environments. It draws strongly on the combination of CPS (Cyber-Physical Systems), IoT
(Internet of Things) and IoS (Internet of Services) concepts.
Industry 4.0 is strongly tied to the contemporary definition of the Smart Factory. In terms of general consensus, such systems provide monitoring
of all functional operations, often involving the provision of a digital replica of the actual environment, supporting system-wide remote management.
Over the Internet of Things, such systems, especially those falling within the CPS designation, are enabled to, in real time, share information and
fully co-function among both the individual system elements as well as operators/administrators. IoS utilization allows full in-house and
inter-departmental access to services by all.
Industrial Revolution Timeline
25
First
Second
Third
Fourth
Water and steam power
is used to create mechanical
production facilities
Electricity lets us create a
division of labor and mass
production
IT systems
automate production
lines further
IoT and cloud
technology automate
complex tasks
1784
First mechanical
loom
1870
First assembly
line
1969
First programmable Today
logic controller
The Measurement and Automation Experts
Motion Control
Machine Vision
DSA & measurement
Domain know-how of
Real-time motion solution
expertise
One-stop,
reliable service
Precise Control
I/O and Control
Platforms
Highly integrated
automation support
Professional field
experience
Cost-Effectiveness
Increased Throughput
High Integration
ADLINK Technology Inc., with years of market-proven expertise in measurement and automation technologies, provides a leading range of
industrial automation products empowering motion control, machine vision, data acquisition, I/O control, and intelligent computing platforms.
To enhance competiveness and maximize return on investment, automatic system vendors and users require cost-effective and highly
integrated solutions that can realize precise control and high throughput. ADLINK, with superior domain knowhow and field experience, meet
and exceed customer needs, with a wealth of highly integrated automation solutions enabling real-time I/O and motion control, backed up
with reliable one-stop service.
ADLINK has consistently delivered value by overcoming a wide variety of industrial challenges, with proven platforms optimizing
operations, driven by a commitment to long-term sustainability and intelligent manufacturing design. ADLINK‘s flexible roster of system-,
platform-, and product-based solutions means customers can quickly deploy automated systems that can easily withstand the rigors of the
most extreme manufacturing conditions, seamlessly meshing with enterprise-level management platforms to deliver fault-free
performance on the front lines of the modern production environment.
www.adlinktech.com
26
Smart Factory
AMP-208C+NEON-1040
Vision guidance systems utilize high resolution and frame rate to
enhance accuracy and speed
High powered robotics integrate image processing for increased
precision of object positioning and orientation
Boosted accuracy, productivity and cost-effectiveness for assembly
and pick/place operations
High-Speed Automated Optical
Inspection
PCIe-GIE64+
Increases inspection precision, accuracy,
and throughput
Auto-detection and identification of product
defect or failure
MXE-200i
Compact, wireless IoT gateway with versatile I/O for real-time
acquisition of system data and machine information
Accurate forecasting of potential problems reduces downtime
and costly device damage
Remote management through ADLINK’s SEMA Cloud utility
significantly enhances business value
Distributed Real-Time EtherCAT System
for Motion & I/O Control
Talos-3012+EPS Series
27
Time-deterministic synchronous control with intelligent slave
design fully supports self-diagnostics & protection for a
multitude of axes and I/O points
Hot swappability drastically shortens maintenance time
Full operability in demanding -20°C to 60°C (-40°F to 140°F)
environments
Reduced TCO from highly flexible for multi-axis motion
control, on both EtherCAT & non-EtherCAT motors
Automated Video/Audio Testing
PCIe-9529+PCIe-HDV72
Eased system integration and shortened testing cycle with
improved testing efficiency
Speedy testing of system building and auto-execution of
test items
Ready-to-use audio/video testing software reduce application
development and system integration burdens
IMX-3000
Increased inventory control with high-performance barcode scanning
and AGPS support
Built-in cameras record onsite and field events and conditions
Acquired ID data quickly links to data storage via 3G or WiFi
www.adlinktech.com
28
Mobile Device Production Solutions
Maximizing Success for Mobile Device Production
Pick and Place
Contouring
Alignment
Gauge
OCR/Barcode
Inspection
Force Control
Comparison & Trigger
Audio/Video Testing
Invigorate Applications with Powerful Functions
With the explosive popularity of mobile device use, supply chain deployment supporting highly efficient manufacturing of quality mobile
products is being increasingly recognized as a critical factor in market dominance.
Accordingly, it has become more and more important for providers to introduce automated systems and quality assurance solutions
across their production procedures, from material feeding, component production and functional testing, assembly, final product quality
assurance, and inspection to shipping, to minimize defect rates while boosting quality and throughput. Intelligent precision
manufacturing can easily be the deciding advantage in guaranteeing success and competitiveness for mobile device manufacturers.
The complex manufacturing procedures for mobile devices, from an automation perspective, can be organized into functional categories such
as Pick & Place, Contouring, Alignment, Force Control, Inspection, and others.
29
As an example, an automated dispenser unit can incorporate such functions as Position Comparison & Trigger and Contouring &
Alignment, and, in the presence of automated function testing, Pick & Place as well, to enable robotic loading of workpieces onto the
test equipment and Force Control to provide mobilization in lieu of manual function, achieving more consistent and precise test results.
Thus, if highly efficient and fully compatible solutions delivering such functionality are available to mobile manufacturers, system
integrators will be able to effect customized organization of the solutions for their specific variety of equipment and applications,
translating into quick and flexible satisfaction of production line requirements and timely support of product launches, guaranteeing
vertical market success.
For the vertical mobile device market, ADLINK has provided a series of solutions built around specific functions involved in automated
manufacturing and testing environments. These solutions have their foundation in the intensive field knowledge and experience
crucial to the delivery of seamless integration and leading performance.
www.adlinktech.com
30
Applications
Application
Industrial machinery is subject to nearly constant
shock and vibration which can generate fatigue
and wear materials and components, with imprecision
and eventual system failure the result. Forecasting
potential problems in order to implement preventive
measures and maintenance or even replacement are
critical capabilities in sustaining performance and
avoiding downtime and costly damage.
The advent of the cloud-based Internet of Things
(IoT) has allowed data acquisition from a wide variety
of sensor types, including vibration, noise, temperature,
voltage, pressure, and many others, vastly improving
the capabilities of machine failure prediction, with
real-time data transmission, remote control and
monitoring, and enhanced accuracy, all dramatically
boosting efficiency and economy.
ADLINK Solutions
ADLINK MXE-200i is a dedicated IIoT gateway based on the Intel® IoT Gateway portfolio of pre-integrated and pre-validated software and
hardware bundles developed to address the challenges facing IIoT, enabling connectivity of legacy industrial devices and other systems. In
addition to collaboration with McAfee® and Wind River® with resulting intelligent systems integrating technologies and communication
protocols for networking and embedded control with reinforced security, the ADLINK MXE-200i also provides the benefits of ADLINK’s
proprietary SEMA Cloud utility, with flexible connection to push data to the cloud, deliver remote monitoring and control capabilities, and
offer rich libraries and tools allowing OEM customers to easily configure and design intuitive GUIs viewable on any browser-based device for
24/7 data access. Make it for easier and more cost-efficient deployment of IIoT applications with reduced development time.
Ruggedized fanless and cable-free construction with wide -20 to 70°C operating range
Incorporation with ADLINK DAQ products empowers acquisition of real-time machine information
Operable under harsh environments, with industrial grade EMI/EMS rating (EN 61000-6-4,61000-6-2), reducing space and wiring costs
by combining controller and gateway functions in a single device
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Application
Logistics providers compete constantly to providing
the best possible service while minimizing cost from
misplaced shipments. A logistics service provider in
HK has utilized ADLINK IMX-3000 handheld computers
for logistics management, enhancing efficiency for
more effective delivery and process tracking. The
IMX-3000 provided real-time reporting of potential
delays, confirmation of successful deliveries, and
newly logged pickups, including location information.
ADLINK Solutions
The IMX-3000 handheld computer's open Android platform allows easy application development, to facilitate tracking, communication, and
process execution. Rugged IP54-rated construction and sunlight-readable display equip the IMX-3000 for use in most external environments.
Built-in 1D and 2D barcode scanner and camera eliminate the inconvenience of paper documentation and manual process, increasing
efficiency by streamlining data capture. ADLINK's IMX-3000 handheld computers further increase inventory control with high performance
barcode scanning and AGPS support. Acquired identification data can be linked and sent via 3G or WiFi to data storage, available to staff
and customers for more efficient tracking.
Android platform simplifies development
Real time data transmission from 3G/WiFi connection
IP54-rated robust construction
AGPS support
Sunlight-readable display
Built-in camera to record field events and conditions
High performance 1D/2D barcode scanner
www.adlinktech.com
32
Applications
Distributed Real-Time EtherCAT
System for Demanding Industrial
Automation Environment
Application
In iron and steel foundry environments, conditions are
demanding, with dramatic variations in temperature,
heavy contamination, high conveyor speeds, and
constant threats from vibration and impact sources.
ADLINK Solutions
High-speed deterministic response time of conveyor sensor signals is required for precise control conveyor control. ADLINK offers a complete
EtherCAT solution in which the Talos EtherCAT master controller not only governs time-deterministic EPS EtherCAT slaves to control common
digital I/O devices, the analog I/O for measurement usage, but also connects EtherCAT type servos directly. ADLINK Softmotion, embedded in
the Talos controller, benefits the user by managing complicated motion functions with simple and intuitive function blocks. ADLINK’s EtherCAT
products are fully operable in -20 to 60°C (-4°F to 140°F) environments and can withstand up to 50 G shock and 5 G vibration, fully supporting
deployment in demanding conditions.
Compact and rugged structure withstands demanding environments
Intelligent EPS series slave function for self-diagnosis & protection
Time-deterministic synchronized I/O control for increased performance control
Hot swappability shortens maintenance time
33
Application
Robotics have been implemented in factory automation
for applications such as assembly and pick/place
operations, boosting accuracy, productivity and
cost-effectiveness. Without vision guidance, however,
considerable teaching time and tooling expense are
required to guarantee correct, accurate, and speedy
function, but the system can also lack the flexibility to
meet a full range of production demands. High resolution
and frame rates delivered by vision guidance systems
provide enhanced accuracy and speed. Robotics integrating
image processing such as pattern matching can acquire
necessary object position and orientation. ADLINK’s
NEON-1040 x86 smart camera provides high performance
imaging capability, global shutter sensor, frame rates up to
60 fps and up to 4 MP resolution with Intel® quad-core
Atom processor.
ADLINK Solutions
ADLINK' s new generation x86 NEON-1040 features 4MP 60fps global shutter sensor and the Intel® Atom™ quad core 1.9 GHz processor,
with minimal footprint and rugged IP67-rated construction. The quad core CPU increases computing power and FPGA coprocessors and GPU
deliver advanced image processing, both beyond the capabilities of conventional smart cameras. Rich software support and API compatibility
enable easy migration from original x86 platforms, eliminating software and development language burdens across the platform, reducing
time to market.
High performance efficient imaging
Reduced total cost of ownership
Easy deployment and development
GenTL supports easy integration with a wide variety of machine vision applications
www.adlinktech.com
34
Applications
Audio Loop Back Testing
Application
As smart phones and tablets continue to gain
popularity, multimedia content is becoming more
important to users. To provide superior multimedia
experience, device innovation is not limited to
improvement of display quality and size, but also
audio quality. As a result, integration of more and
better quality electro-acoustic components, such as
stereophonic loudspeakers and noise-canceling
microphones, is a priority in product development.
With audio quality recognized as an important factor
in gaining market share, manufacturers must
maximize the effectiveness of their audio testing
systems to ensure product quality.
ADLINK Solutions
ADLINK’s PXI-9527 24-bit high dynamic signal acquisition card provides an excellent solution for audio loop testing of smart phones. The
PXI-9527 provides two analog input channels and two analog output channels capable of simultaneously detecting 3.5mm earphone audio
circuit, speaker, and microphone to fully satisfy multiple electro-acoustic device testing requirements. Expandability allows users to easily
and quickly reconfigure test settings, such that if the number of electro-acoustic components to be tested changes, simply adding a switch
or installing another PXI-9527 handles the variation, with no need to redesign the entire test system.
24-bit ADCs and DACs with up to 118 dB dynamic range
Simplified system integration and shortened testing cycle significantly improve
Up to 432 kS/s AI and up to 192 kS/s AO
testing efficiency
AC/DC coupling, IEPE conditioning, anti-aliasing filters,
Quick testing system building and auto-execution of test items
and auto calibration
Ready-to-use audio testing software reduces development and system integration
time and costs
35
Car Navigation Audio Testing
Application
To secure a position in the in-vehicle infotainment and
navigation market, manufacturers are required to provide
superior audio and video capabilities, while optimizing
audio reproduction quality. What is required is a
cost-efficient audio testing solution.
In-vehicle infotainment and navigation device manufacturers
require audio testing systems that can quickly measure four
audio output channels (including multiple speakers in various
vehicle locations), analyzing audio quality and identifying
device defects. Previously, manufacturers have largely relied
on manual testing requiring extended testing times, utilizing
expensive testing instrumentation, often with fewer output
channels (usually only two), which further extends the duration
of testing events.
ADLINK Solutions
ADLINK's PCIe-9529 24-bit high-precision signal acquisition module with dynamic range up to 110dB and eight input channels easily meets
multi-channel vehicle navigation testing requirements, measuring Signal-to-Noise Ratio (SNR), THD+N, channel crosstalk, volume, primary
frequency, and items. Eight 24-bit sampling analog input channels mean the PCIe-9529 can simultaneously measure two 4-channel devices,
and included LabVIEW drivers allow quick development of in-house testing programs. As shown, PCIe-9529's eight analog input channels
connect to two DUT soundtracks, after which FFT is used to obtain testing values including SNR, THD+N, dynamic range, and others, to
effectively and quickly determine whether the DUT conforms to specific requirements.
Eight 24-bit analog input channels simultaneously sampling at 192 kS/s
High dynamic range up to 110 dB. (106 dB SFDR, 104 dB SNR, and -106 dB THD)
The SDKs support C/C++, .NET and LabVIEW allowing quick development of required audio testing systems
Increased bandwidth to shorten testing cycles and improve test efficiency
Reduced cost of testing equipment
www.adlinktech.com
36
ADLINK Intelligent Computing Platforms
The embedded market is now transitioning from traditional fixed-function and isolated embedded systems to a new
category of intelligent systems, offering vastly enhanced user experience while dramatically increasing the flow of
information between cloud systems and data centers. ADLINK’s intelligent computing platforms provide a core for
intelligent systems, maximizing flexibility of Intel processors, and enhancing productivity, safety, and efficiency.
37
ADLINK delivers energy-efficient performance processors
ranging from the power-saving Intel® Atom™ processor family to the high-performance, Intel® Core™ processor
family and Intel® Xeon® processor family. ADLINK Intelligent Computing Platforms utilize Intel® AMT,
empowering users to remotely access, rescue, and manage
the system via robust OOB internet connection.
ADLINK SEMA enabled, monitoring health and access to
management utility
ADLINK Intelligent Computing Platforms features optional
TPM, providing a semi-permanent reference for encryption and security
applications. It leads to a more reliable operating environment for critical
tasks and protects the system from unauthorized usage.
Application and device I/O security will continue to be enhanced commensurate
with the development of individual Intelligent Computing Platforms components.
ADLINK’s Intelligent Computing Platforms provide optimized
I/O design to serve a variety of applications.
ADLINK’s MXE series, with superior connectivity and
inter-device communication, has been approved as an
Intel® ISF (Intelligent Systems Framework-Ready) product.
SEMA - Smart Embedded Management Agent
ADLINK's Smart Embedded Management Agent (SEMA) can resolve shortcomings found in many embedded PC systems. State of the
art processors and chipsets have complex needs for housekeeping tasks such as monitoring power up and power saving modes.
To flexibly handle these requirements, every new ADLINK Intelligent Computing platforms is equipped with a Board Management
Controller (BMC) device supporting SEMA, an integrated onboard microcontroller, programmed to handle even the most complex
sequences, while data logging stores important information such as up times and maximum temperatures.
Applications
Power and Energy
Factory Automation
Medical
Maritime
Intelligent Transportation
Benefits
Longevity
Increased efficiency and productivity
Fast time to market
Reduced management costs
Wide selection of CPUs meets the requirements of
Easy connection with other devices
a wide variety of industries
Secured computing assets
www.adlinktech.com
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Versatile IO Ready Intelligent Computing Platforms
ADLINK offers a comprehensive range of fanless embedded computers and industrial computers, with diverse designs for a variety of applications.
Together with ADLINK’s off-the shelf I/O cards, they more than meet the needs of your demanding industrial applications. Compare and
discover the ideal ADLINK products for your needs!
Intel® Quark™ Processor
Intel® Atom™ Processor
Factory
Automation
Intelligent
Transportation
Power and
Energy
MXE-110i
MXE-200/200i
MXE-1400
MXC-2300
MXE-1300
MXE-110i
MXE-200/200i
MXE-1400
MXC-2300
MXE-1300
MXE-110i
MXE-200/200i
MXE-1400
MXC-2300
MXE-1300
Maritime
MXC-2300
Medical
TPZ-1300
39
MXE-1301M
4+ High Expansion Sots
1 to 4 Expansion Slots
Non-Expandable
Intel® Core™ Processor
Intel® Xeon® Processor
IMB-M43
IMB-M40H
IMB-M42H
TRL-40
NuPRO-E43
NuPRO-E42
NuPRO-A40H
NuPRO-E72
MVP-6000
MXC-6400
MXC-6300
MXE-5500
MXE-5400
MXC-6400
MXC-6300
MXE-5500
MXE-5400
MXE-5300
MXC-6300
MXE-5400
MXC-6310M
MXE-5104
MXC-6300M
MXC-6300
NuPRO-E72
TRL-40
www.adlinktech.com
40
A Best Application-Specific Platform with
Versatile ADLINK I/O Cards
Enabling integration of off-the-shelf
ADLINK PCI/PCIe cards like ADLINK’s full spectrum
Flexibility with PCI/PCIe/miniPCIe
expansion slots maximize functionality, and with
of frame grabbers, motion controllers, and data acquisition cards.
All this, plus the clear benefits of ADLINK’s comprehensive expertise
and experience, make ADLINK’s intelligent computing platforms the
ideal platform for a variety of applications.
ADLINK’s application-ready intelligent computing platforms,
you can concentrate on business!
Guaranteed by strict verification testing
Fast time to market with reliable application control
Digital Surveillance
System
41
Factory
Automation
Medical
Test and
Measurement
DAQ
PCI-7250
PCI-7260
PCI-7300A
PCI-7432
PCI-9112
PCI-9221
8-CH Relay Outputs &
8-CH Isolated DI PCI
Cards
8-CH High-Power Relay
Outputs & 8-CH Isolated
DI PCI Card
80 MB/s High-Speed
32-CH Digital I/O PCI
Card
64-CH Isolated
Digital I/O PCI Card
16-CH 12-Bit 110 kS/s
Multi-Function DAQ
Card
Low-Cost 16-Bit
Multi-Function DAQ Card
with 2-CH Encoder Input
PCI-9223
PCIe-6208V
PCIe-7296
LPCIe-7230
PCIe-7300A
PCIe-7350/7360
32-CH 16-Bit 500 KS/s
Multi-Function DAQ Cards
with Encoder Input
16-CH 16-Bit PCI
Express Voltage
Output Card
96-CH Opto-22
Compatible
PCI Express DIO Card
32-CH Isolated
DIO Card
80 MB/s High-Speed
32-CH Digital I/O PCI
Express Card
50/100 MHz 32-CH
High-Speed Digital
I/O Card
DAQ-2005
DAQe-2005
4-CH 16-Bit 500 kS/s
Simultaneous-Sampling
Multi-Function DAQ Card
4-CH 16-Bit 500 kS/s
Multi-Function PCI Express® DAQ Card
PCI-9820
Digitizer / DSA
PCI-9527
PCI-9846
PCIe-9852
PCI-9812
PCIe-9814
24-Bit High-Resolution
Dynamic Signal
Acquisition and Generation
4-CH 16-Bit 40 MS/s
PCI Digitizer with
512MB Memory
2-CH 14-Bit 200 MS/s
2-CH 14-Bit 65 MS/s
High-Speed PCI Express PCI Digitizer with
Digitizer/Oscilloscope
SDRAM
4-CH 10-Bit 20 MS/s
Analog Input Cards
4-CH 12-Bit 80MS/s
PCI Express
Digitizer
AMP-204C/AMP-208C
PCI-8254/8258
PCI-8154/8158
PCI-8136
PCI-8144
PCI-8164
DSP-based 4/8-axis
Advanced Pulse-Train
Motion Controllers
DSP-based 4/8-axis
Advanced Motion
Controllers
Advanced 4/8-axis
Servo & Stepper Motion
Controller with Modular
Design
6-CH Quadrature
Encoder and
Multi-Function I/O Card
4-axis Stepper
Motion Controller
Advanced 4-axis Servo
& Stepper Motion
Controller with
High-Speed Triggering
PCIe-2602
PCIe-HDV62A/62
PCIe-GIE64+/GIE62+ PCIe-RTV24
PCIe-FIW64/FIW62
PCIe-CPL64/CPL64 Base
2-CH 3G/HD/SD-SDI
Video/Audio Capture
Card
1-CH PCI Express®
HDMI Video & Audio
/Video Capture Card
4/2-CH PCI Express®
Power over Ethernet
Frame Grabbers
4-CH PCI Express®
IEEE 1394b Frame
Grabber
2-CH PCI Express®
PoCL Frame Grabber
PCIe-9529
8-CH 24-Bit High-Resolution
Dynamic Signal
Acquisition Module
Motion Control
Machine Vison
4-CH PCI Express®
Real-time Video Capture
Card for Standard
Cameras
www.adlinktech.com
42
Your Trusted Embedded System Provider
Rugged, Reliable, and Flexible
ADLINK's revolutionary series of Matrix fanless embedded computers provide an optimal computing platform with expandable options
to customers. These platforms are the result of combining ADLINK's expertise in x86 platform design, versatile I/O function development,
and thermal design to push fanless systems to a higher standard, including a wide operating temperature, 5 Grms vibration, and cable-free
durable structure.
With a sturdy hardware design, the Matrix MXC and MXE series are ideal for developing reliable embedded systems effortlessly and offering
time-to-market solutions to mission-oriented industries. ADLINK takes the advantage of flexibility to offer diverse comprehensive I/O
interfaces to meet requirements for a variety of industrial applications.
ADLINK Fanless Embedded Computers
Expandable Embedded Computers
MVP Series
MXC series
Expandable platform
with PCI/PCIe slots
at an extremely
cost-effective price.
A flexible open architecture design with
PCI/PCI Express peripheral slots
MXE series
Platform providing comprehensive I/O
interfaces and versatile options for a
wide range of application solutions
Integrated Embedded Computers
43
Video Surveillance/
Recognition
Facility
Management
Electrical
Substation
Intelligent
Transportation
Machine
Automation
Compact
Fanless
Small form-factor for easier installation
and maintenance
Fanless construction significantly extends MTBF to
190,000 hours and minimizes Maintenance costs.
Rugged
Application-specific
Matrix products operate in a -20°C to 70°C (-4˚F to 158˚F) wide
temperature range and withstand up to 100 G shock and 5 Grms
vibration, making them ideal for deployment in harsh environments.
By integrating ADLINK DAQ, DIO, motion and vision technologies,
the Matrix line provides specific onboard I/O functions.
Note: Extending the operating temperature to is optional and
requires use of an industrial solid-state drive storage device.
www.adlinktech.com
44
Fanless Embedded Computers Selection Guide
Value Series
High Performance
MVP-6000 Series
MXC-6400 Series
Expandable Embedded
Computers
Model Name
Processor
System
Chipset
Memory
Video
Expansion Slots
I/O Interface
Ethernet
Serial COM1 & COM2
Port COM3 & COM4
USB Port
CAN
DIO
Watchdog Timer
Manageability
SEMA
SATA HDD
MVP-6002
MVP-6003
Intel® Core™
Intel® Core™
i5-6500TE
i3-6100TE
Intel® H110
4 GB DDR4 22133 MHz (up to 32 GB)
2 DisplayPort 1.2 (4096x2304)
1 DVI (4096x2160)
1 VGA
1 PCI+ 1PCIe x16
3 Intel® GbE ports
2 RS-232/422/485
2 RS-232
4 USB 3.0 + 2 USB2.0
1 internal USB 2.0
8-CH DI + 8-CH DO
√
One 2.5. onboard SATA III HDD/SSD
CompactFlash
1 type II CFAST socket
Operating
Temperature*
Standard: 0°C to 50°C
Storage
Vibration
General
ESD
Shock
EMC
Safety
Power Supply
Mechanical
Dimensions
Operation System
45
MVP-6001
Intel® Core™
i7-6700TE
MXC-6401D
Intel® Core™
i7-6820EQ
MXC-6402D
MXC-6403D
Intel® Core™
Intel® Core™
i5-6440EQ
i3-6100E
Intel® QM170
1 VGA+DVI Dual display output by DVI-I connector
1 PCI + 2 PCIe x8 slots or
1 PCI + 1 PCIe x16 slots
3 Intel® GbE ports
2 RS-232/422/485
2 RS-232
6 external USB 3.0 + 1 internal USB 2.0
Isolated 16-CH DI + 16-CH DO
√
Two 2.5” hot-swappable SATA III drive bay
Two 2.5” onboard SATA III HDD/SSD
1 type II CFAST socket
Standard: 0°C to 50°C (w/HDD)
Extended option: -20°C to 70°C
(w/Ind. SSD or CFAST)
With CFast/SSD: 5 Grms
With HDD: 0.5 Grms
Contact +/-4 KV and Air +/-8 KV
With CFast/SSD: 50 G
CE and FCC Class A
UL/cUL,CB
12-24 VDC
220 (W) X 210(D) X 170(H) mm
(8.66” x 8.27” x 6.69”)
With HDD: 0.5 Grms
CE and FCC Class A
UL/cUL,CB
9-32 VDC
170(W) x 225(D) x 200(H) mm
(6.69” x 8.86” x 7.87”)
Win 10 / 7 / Embedded standard 7,
Linux Ubunto 12.04 and Fedora 18**
Win 10 / 7 / Embedded standard 7,
Linux Ubunto 12.04 and Fedora 18**
High Performance
MXC-6300/6310/6320 Series
Entry Level
MXC-6000 Series
MXC-2300 Series
Expandable Embedded
Computers
Model Name
Processor
System
Chipset
Memory
Video
Expansion Slots
I/O Interface
Ethernet
Serial COM1 & COM2
Port COM3 & COM4
USB Port
CAN
DIO
Watchdog Timer
Manageability
SEMA
SATA HDD
CompactFlash
Operating
Temperature*
Storage
Vibration
General
ESD
Shock
EMC
Safety
Power Supply
Mechanical
Dimensions
Operation System
MXCMXCMXCMXC6301D
6302
6303D 6305D
/6311D /6312D /6313D / 6315D
/6321D /6322D /6323D / 6325D
Intel®
Intel®
Intel®
Intel®
Core™ Core™ Core™
Celeron
i7i5i31020E
3610QE 3610ME 3120ME
®
Intel QM77
4 GB DDR3 1600 MHz (up to 16GB)
2 DisplayPort + 1 VGA or
2 DisplayPort + 1 DVI-D
MXC-6101D
MXC-6201D
MXC2300(CD)-3S
Intel® Core™ i7-620LE 2.0 GHz
Intel® Atom™ Processor E3845
Intel® QM57
2 GB DDR3 800/1066 MHz (Up to 4 GB)
Analog CRT, supports QXGA (2048 x 1536)
1 VGA+DVI dual display output by
DVI-I connector
Intel® SoC
4 GB DDR3L 1333 MHz (up to 8 GB)
1 DisplayPort (2560x1600)
1 VGA (2560x1600)
1 DVI (1920x1200)
1 PCI + 2 PCIe x8 slots or 1 PCI +
1 PCIe x16(MXC-6300 Series)
1 PCI + 1 PCIe x16 (MXC-6310 Series)
3 PCI + 1 PCIe x16 (MXC-6320 Series)
2 Intel® GbE ports
2 RS-232/422/485
2 RS-232
6 external USB ports
(4 USB 3.0 + 2 USB 2.0)
+ 1 internal USB 2.0
1 PCI slot and 1
PCIe x4 slot
2 PCI slots
3 PCI
2 Intel® GbE ports
2 RS-232/422/485
2 RS-232
4 external USB 2.0 ports +
1 internal USB 2.0 port 5
5 external USB ports (4 USB 2.0 + 1 USB
3.0) + 1 internal USB 2 .0
-
√
Two onboard 2.5” SATA III HDD/SSD
√
Two 2.5” HDD/SSD installation
2 Type II CF socket,
(1 external + 1 internal)
2 CFast socket (1 external + 1 internal)
2 PCI +1 PCIe x4
2 Intel® GbE ports
2 RS-232/422/485
2 RS-232
-
Standard: 0°C to 50°C (w/HDD)
Extended option:
-20°C to 55°C for MXC-63x1D;
-20°C to 60°C for
MXC-63x2D/63x3D/ 63x5D
(w/Ind. SSD or CFast)
With HDD: 0.5 Grms
CE and FCC Class A
UL/cUL, CB, KCC
9-32 VDC
MXC-6300/6320 Series: 172.5 (W) x
225 (D) x 213 (H) mm (6.9” x 9” x 8.52”)
MXC-6310 Series:154 (W) x 225 (D) x 213
(H) mm (6.16” x 9” x 8.52”)
Win 7 / Embedded standard 7 /
XP / XP Embedded, Linux **
MXC2300(CD)-3E1
DB9 isolated CAN port with
SjA1000 CAN controller
√
SEMA support with BMC
One 2.5” HDD/SSD installation
1 Type II CF socket
(w/Ind. SSD)
(w/Ind. SSD or CF)”
With CF or SSD: 5 Grms
With HDD: 0.5 Grms
CE and FCC Class A
9-32 VDC
With HDD: 0.5 Grms
CE and FCC Class A
UL/cUL
9-32 VDC
130 (W) x 225 (D) x 183 (H) mm
(5.1” x 8.9” x 7.2”)
142 (W) x 219 (D) x 210 (H) mm
(5.84” x 8.76” x 8.4”)
Win XP /XP Embedded / 7, Linux**,
INtime***
Win 8 / 8 Embedded / 7 /
7 Embedded, Linux Fedora 18**
*Heat dissipation from inserted PCI/PCIe cards may affect thermal performance.
**Linux Distribution by request
***Custom BIOS is necessary to support INtime®
www.adlinktech.com
46
High Performance
MXE-5500 Series
MXE-5400 Series
MXE-5300 Series
Integrated Embedded
Computers
Model Name
MXE-5501
Processor
System
Chipset
Memory
Video
Expansion Slots
USIM
Ethernet
I/O Interface
COM1 & COM2
Serial
COM3 & COM4
Port
COM5 & COM6
USB Port
DIO
Watchdog Timer
Manageability
SEMA
SATA HDD
CompactFlash
Storage
mSATA / M.2
SD
Operating
Temperature*
Environment
Vibration
ESD
Shock
General
EMC
Safety
Power Supply
Mechanical
Dimensions
Operation System
47
MXE-5502
MXE-5503
MXE-5401
MXE-5402
MXE-5403
MXE-5301
MXE-5302
MXE-5303
Intel® Core™ Intel® Core™ Intel® Core™ Intel® Core™ Intel® Core™ Intel® Core™ Intel® Core™ Intel® Core™ Intel® Core™
i7-4700EQ
i5-4400E
i3-4100E
i7-6820EQ i5-6440EQ
i3-6100E
i7-2710QE
i5-2510E
i3-2330E
Intel® QM170
Intel® QM87
4 GB DDR3L 1066 MHz (up to 16 GB)
Intel® QM67
1 DVI (4096x2160)
1 VGA
1 DVI-I +2 DisplayPort
Analog CRT, supports QXGA
(2048 x 1536)
1 VGA+DVI dual display output by
DVI-I connector
2 mPCIe + 1 m.2
2 USIM slots
2 mPCIe slots+ 1 mSATA
1 USIM slot
2 mPCIe slots
1 USIM slot
4 Intel® GbE ports
4 Intel® GbE ports
4 GbE (2 Realtek® 8111C +
1 Intel® 82574IT +1 82579 LM)
2 RS-232/422/485
2 RS-232/422/485
2 RS-232
4 USB 3.0 + 4 USB 2.0
√
SEMA 3.0
2 x 2.5” HDD/SSD drive bay
1Type II Cfast
1 M.2
-
2 RS-232/422/485
2 RS-232
6 USB 3.0 + 1 USB 2.0 (internal)
√
SEMA 2.2
Two 2.5” HDD/SS
1Type II Cfast
1 mSATA (share slot w/ mPCIe)
-
2 RS-232/422/485
2 RS-232
4 USB 2.0 +2 USB 3.0
√
One 2.5” HDD/SSD
1 CFast socket
-
Extended option:
-20°C to 60°C for MXE-5501;
-20°C to 70°C for MXE-5502/5503:
Extended option: 20°C to 60°C for MXE-5401;
-20°C to 70°C for MXE-5402/5403:
Extended option:
-20°C to 60°C for MXE-5301;
-20°C to 70°C for MXE-5302/5303
With CF/SSD: 5 Grms
With HDDD: 0.5 Grms
Contact +/- 4 KV, Air +/- 8 KV
With CF/SSD: 100 G
With HDD: 20 G
CE and FCC Class A
UL by CB
9-32 VDC
230 (W) x 205 (D) x 90 (H) mm
(9” x 8” x 3.54”)
Win 10/ 7 /
Embedded Standard 7,Linux**
With CF/SSD: 5 Grms
With HDDD: 0.5 Grms
Contact +/- 4 KV, Air +/- 8 KV
With CF/SSD: 100 G
With HDD: 20 G
CE and FCC Class A
UL by CB
9-32 VDC
230 (W) x 205 (D) x 75 (H) mm
(9” x 8” x 2.9”)
With CF/SSD: 5 Grms
With HDDD: 0.5 Grms
Win 7 / Embedded Standard 7, Linux**
Win 7 / Embedded Standard7,Linux**
With CF/SSD: 50 G
CE and FCC Class A
UL by CB
9-32 VDC
230 (W) x 205 (D) x 75 (H) mm
(9” x 8” x 2.9”)
Value Series
Ultra Compact
MXE-1400 Series
MXE-1300 Series
MXE-1401
SoC
2 GB DDR3L 1066 MHz (Up to 8 GB)
1 DisplayPort + 1 DVI-I
2 mPCIe slots
1 USIM slot
3 Intel® GbE ports
2 RS-232/422/485
2 RS-232/422/485
2 RS-232
6 USB 2.0 + 1 USB 3.0
√
2.5” HDD/SSD drive bay
1 Type II Cfast
-
MXE-1301/1302
Intel®
Intel®
Atom™ D2550
Atom™ N2600
Intel® NM10
2 GB DDR3 1066 MHz (Up to 4 GB)
1 VGA + 1 DVI (1920 x 1200)
1 MPCIe slot
1 USIM slot
3 Intel® GbE ports
2 RS-232/422/485
2 RS-232
6 USB 2.0
4-CH DI + 4-CH DO
√
2.5” HDD/SSD installation
1 Type I CF socket
-
Standard: 0°C to 50°C Extended option:
-20°C to 70°C(w/Ind. SSD or CF)
-20°C to 70°C (w/Ind. SSD or CF)
MXE-200 Series
Integrated Embedded
Computers
Model Name
Processor
Chipset
Memory
Video
Expansion Slots
USIM
Ethernet
COM1 & COM2
I/O Interface Serial
COM3 & COM4
Port
COM5 & COM6
USB Port
DIO
Watchdog Timer
Manageability
SEMA
SATA HDD
CompactFlash
Storage
mSATA
SD
System
Operating
Temperature*
Environment
Intel® Atom™ E3845
MXE-201
Intel®
Atom™ E3845
MXE-202
Intel®
Atom™ E3826
SoC
2 GB DDR3L 1066 MHz (Memory Down)
1 HDMI
2 mPCIe Slots
1 USIM slot
2 Intel® GbE ports
1 RS-232 + 1 RS-232/422/485**
2 USB 2.0 + 1 USB 3.0
Isolated 4-CH DI + 4-CH DO (optional)
√
1 mSATA (same slot with mPCIe)
1 SD card slot (up to 16 GB)
-20°C to 60°C for MXE-201;
-20°C to 70°C for MXE-202
(w/Ind. SD or mSATA)
ESD
Shock
Contact +/-4 KV, Air +/-8 KV
With SD/mSATA: 100 G
With CF/SSD: 5 Grms
With HDD: 0.5 Grms
duration w/ CF/SSD
EMC
CE and FCC Class A
CE and FCC Class A
UL by CB
9-32 VDC
210 (W) x 170 (D) x 70 (H) mm
(8.3” x 6.75” x 2.8”)
6-36 VDC
210 (W) x 170 (D) x 53 (H) mm
(8.3” x 6.75” x 2.1”)
With SD/mSATA: 100 G
CE & FCC Class A,
EN 61000-6-4/EN 61000-6-2
UL by CB
6-36 VDC
120 (W) x 100 (D) x 55 (H) mm
(4.68” x 3.9” x 2.17”)
Vibration
General
Safety
Power Supply
Mechanical
Dimensions
Operation System
With SSD: 5 Grms
With SD/mSATA: 5 Grms
*Extending the operating temperature is optional and requires use of an industrial solid-state drive storage device.
** RS-232 support Tx, Rx signal only.
***Linux Distribution by request
www.adlinktech.com
48
IoT Gateways Selection Guide
The Complete Intelligent IoT Solution
The ADLINK Intelligent IoT Gateway Starter Kit provides a complete IoT connection solution for reduced development time and quick deployment
for every application environment. The IoT Gateway Starter Kit combines ADLINK’s MXE-202i intelligent IoT gateway, based on Intel® Atom™
E3826 processors, ADLINK’s EdgePro IoT device & sensor management application, one light sensor and corresponding siren output, Modbus TCP
module, and accessories, utilizing industrial open standard protocol with security function powered by Intel® IoT Gateway.
The ADLINK EdgePro IoT device & sensor management application runs on the Intel® IoT Gateway, integrating the Wind River Intelligent Device
Platform® (IDP) XT and McAfee® Embedded Control to provide complete, pre-validated communication and security. EdgePro enables device
and sensor management via plug-in(s) for field protocols including ZigBee (Home Automation Profile) and the commonly adopted fieldbus
Modbus TCP for industrial automation, all easily configured with sensors or I/O nodes. Interaction across devices/sensors is accomplished by an
Event Execution Engine. A user-friendly Web-based dashboard allows remote monitoring of status and actuator control, with RESTFul
Web-service APIs. In addition, EdgePro enables simple configuration of reliable and secure connectivity with Amazon Web Services (AWS) and
Windows Azure Cloud.
The ADLINK MXE-202i presents a sturdy aluminum housing withstanding industrial grade EMI/EMS to an EN 61000-6-4, 61000-6-2 specification,
and is fully operable under even harsh conditions. The MXE-202i provides two GbE LAN, two COM, two USB 2.0 and one USB 3.0 host ports,
four optional isolated DI and four isolated DO, dual mini PCIe slots with one mSATA support and USIM socket support communication with
connections such as WiFi, Bluetooth, and 3G cellular, to ensure interoperability between systems and maximize industrial connectivity to meet a
wide variety of application requirements. The MXE-202i also includes ADLINK’s proprietary SEMA application for quick setup of remote device
management through SEMA Cloud, enabling monitoring and collection of system health and status information from the hardware in a timely,
flexible, and precise manner.
ADLINK IoT End-to-End Gateway Solution
ADLINK EdgePro
IoT Device & Sensors Management Application
ADLINK’s EdgePro IoT device & sensor management application enables fast deployment and easy configuration with user-friendly administrator
interface and dashboards. Management capabilities include:
Device Joining:
Newly connected devices are set up for each supported protocol with no
requirement for time-consuming configuration, and are immediately
available to the remote server or Cloud
Device Diagnostic:
When enabled, test procedures can provide readings and control,
while confirming that devices and sensors are correctly connected
Device Provision:
Once detected, connected sensors and actuators are easily configured or
renamed
Execution:
Allows event definition based on sensor or actuator output,
such as issuing an alert if temperature readout exceeds a threshold
49
MXE-110i Series
MXE-200i Series
MXE-110i
Intel® Quark™ X1021
SOC
1 GB DDR3 800
2 mPCIe Slots
1 USIM slot
2 10/100 LAN
1 RS-232 + 1 RS-232/422/485**
3 USB 2.0 host port
√
1 eMMC (up to 16 GB)
Standard: 0°C to 50°C;
Extended option: -20°C to 70°C( w/ eMMC )
With SSD: 0.5 Grms
With eMMC : 100 G
CE and FCC Class A
UL by CB
EN 61000-6-4/EN 61000-6-2
6-36 VDC
120 (W) x 100 (D) x 50 (H) mm
( 4.68" x 3.9" x 1.97" )
Wind River® IDP XT 3.1
MXE-202i
Intel® Atom™ E3826
SOC
2 GB DDR3L 1066 (Memory Down)
1x HDMI
2 mPCIe Slots
1 USIM slot
2 GbE (Intel® I210-IT)
1 RS-232 + 1 RS-232/422/485**
2 USB 2.0 + 1 USB 3.0
√
1 mSATA ***
1 SD card slot (up to 16 GB)
Standard: 0°C to 50°C; Extended option: -20°C to 70°C for
MXE-202i (w/Ind. SD/mSATA)
With SSD/mSATA: 0.5 Grms
With mSATA: 100 G
CE and FCC Class A
UL by CB
EN 61000-6-4/EN 61000-6-2
6-36 VDC
120 (W) x 100 (D) x 55 (H) mm
( 4.68" x 3.9" x 2.17" )
Wind River® IDP XT 2.0/3.1, Win 10 IoT
IoT Gateways
Model Name
General
Processor
Chipset
Memory
Video
Expansion Slots
USIM
Ethernet
Serial Port COM1 & COM2
USB Port
Watchdog Timer
SEMA
SATA HDD
CompactFlash
mSATA
SD/eMMC
Operating
Temperature*
Vibration
ESD
Shock
EMC
Safety
Certifications
Power Supply
Mechanical
Dimensions
System
I/O Interface
Manageability
Storage
Environment
Operation System
*Extending the operating temperature is optional and requires use of an industrial solid-state drive storage device or CFast.
** RS-232 supports Tx, Rx signed only.
*** mSATA shares the same slot with mPCIe
Intelligent IoT Gateway Starter Kit
ADLINK's IoT Gateway Starter Kit simplifies connection and accelerates
deployment. It's a great way to build your Internet of Things!
The Starter Kit combins ADLINK's MXE-202i intelligent IoT gateway,
ADLINK's EdgePro IoT device & sensor management application,
and sensor devices, all utilizing industrial open standard protocol with
security function powered by Intel® IoT Gateway.
www.adlinktech.com
50
Power Adapters
PN
31-62138-0000
31-62139-0000
31-62120-0010
Item Name
Industrial Grade
AC-DC ADAPTER 40W
Industrial Grade
AC-DC ADAPTER 90W
Industrial Grade
AC-DC ADAPTER 160W
Description
Input: 90 to 264 Vac/47 to 63 Hz
Output: 24 Vdc/ 1.67A
Operating Temperature: -30~+70°C
Safety: UL/TUV/BSMI/PSE/CE/FCC/CB/CCC/
DOE Level 6
For Use With
MXE-110i/200/200i
Accessories
Input: 90 to 264 Vac/47 to 63 Hz
Input: 85 to 264 Vac
Output: 24 Vdc/3.75 A
Output: 24 Vdc/6.67 A
Safety: UL/TUV/BSMI/PSE/CE/FCC/CB/CCC/ Safety: UL/TUV/BSMI//PSE/CE/FCC/CB/CCC/
DOE Level 6
DOE Level 6
MXE-5300/5400/5500
MXC-6300/6400
MVP-6000
MXE-1300/1400
MXC-2300/6000
Fans for MXC Series
PN
91-95123-0010
91-95096-0010
91-95095-0010
91-95143-000E
Item Name
MXC-6300 Cooling Fan
Description
Optional fan module kit with
top cover for the
MXC-6300 series,
smart fan control
Optional fan module for the
MXC-6000 series
Optional fan module for the
MXC-4000 series
Optional fan module kit with
top cover for the
MXC-2300series,
smart fan control
For Use With
MXC-6300/6320
MXC-6000
MXC-4000
MXC-2300
Accessories
Mini PCIe Modules
PN
91-95153-400E
91-95153-300E
91-95153-200E
91-95153-100E
91-95160-0010
91-95160-1010
Item Name
3G/AGPS Kit for
Matrix
3G Kit For Matrix
WiFi/BT Kit For
Matrix
WiFi Kit For Matrix
WiFi KIT For Matrix
3G KIT for Matrix
Description
3G/AGPS mPCIe
Module +
Bracket + 2x Cable
+ 3G
Antenna + GPS
Antenna
3G mPCIe Module +
Bracket + Cable +
3G Antenna
WiFi/BlueTooth
mPCIe
Module + Bracket
+ 2x
Cable + 2x 2.4/
5 GHz Antenna
MXE1300/5300/5400
MXC-2300
mini PCIe 1.2
MXE1300/5300/5400
MXC-2300
mini PCIe 1.2
MXE1300/5300/5400
MXC-2300
mini PCIe 1.2
Accessories
For Use With
Remark
51
WiFi mPCIe Module + WiFi mPCIe Module
Bracket + Cable +
+ Bracke t + Cable 3G mPCIe Module +
2.4/5
+ 802.11 b/g/n WiFi Cable + 3G Antenna
GHz WiFi Antenna
Antenna
MXE1300/5300/5400
MXC-2300
mini PCIe 1.2
MXE-110i/200i
MXE-110i/200i
mini PCIe 1.2
mini PCIe 1.2
Cables
PN
30-20724-0000
30-20592-0000
30-01157-0000
Item Name
MXC-6300 Power Harness,4P
Power Cable_B4P-A2543
Display Port to DVI Active Adapter cable
Description
Providing PCI and PCIe card
external power suppliers,
connect with CN23 from system to
ATX peripheral powerconnector on
PCI/PCIe add-on card CN1:LTT H732-04
(Pitch2.00) or Equivalent,
CN2:LTT H719-04 (Pitch5.08) or
Equivalent,L=200 +/-10mm
Providing PCI and PCIe card
external power suppliers,
connect with CN12 from system to
ATX peripheral power connector on
PCI/PCIe add-on card
CN1:YY-3300-H-4P CN2:A2543H0-4P-DL
L=165mm
Connects DVI monitor to
single-mode DisplayPort output from
computer for independent three-display
support Display Port (Plug) to
DVI+PCB Adapter (F)
L=100mm±10mm
For Use With
MXC-6300/2300
MXC-6000
MXE-5400、MXC-6300/2300
PN
30-01121-0000
30-01120-0000
30-01119-0000
DisplayPort to VGA cable
DisplayPort to DVI cable
DisplayPort to HDMI cable
Displayport (Plug) to
D-DUB 15PIN (F) cable L=150mm
MXE-5400
MXC-6300/2300
DVI (F) cable L=150mm
MXE-5400
MXC-6300/2300
HDMI (F) cable L=150mm
MXE-5400
MXC-6300/MXC-2300
Accessories
Cables
Accessories
Item Name
Description
For Use With
Cables
PN
30-01115-0010
30-01107-2000
30-01107-0010
30-01010-0050
Item Name
DVI-I to VGA/DVI-D cable
DB62 to 5 port Cable
DB62 to 5 port Cable
ACL-10568-1
Description
P1:DVI (24+5)P Male*1 Black
P2:D-SUB 15P Female*1 Blue
P3:DVI (24+5)P Female*1 Black
L=180mm
CN1 D-SUB 62P*1
CN2 D-SUB 9P*4
CN3 D-SUB 26P*1
L=150+/-10mm
CN1 D-SUB 62P*1
CN2 D-SUB 9P*4
CN3 D-SUB 26P*1
L=150+/-10mm
DIO cable
SCSI-VHDCI 68P Male/
Male BLACK
L=1M
For Use With
MXE-5400/5300
MXC-6300
MXE-5400
MXE-5300
MXC-6000/6300/2300
Accessories
www.adlinktech.com
52
Industrial Computers Selection Guide
Full Range of Industrial Computers Empowers Industrial
Automation Applications
ADLINK’s full range of industrial computers for automation,
including off-the-shelf frame grabbers, motion controllers,
and data acquisition cards integrated with industrial computers
provide the assurance of strict verification testing, presenting
an optimum solution for combined motion & vision applications.
PICMG Single Board Computers
ADLINK's PICMG 1.0/1.3 single board computers, based on latest generation Intel® processors, offer
flexible I/O and superior expandability. Fully compatible with ADLINK’s industry-proven I/O cards,
they deliver a variety of solutions for industrial and embedded applications.
Passive Backplanes
A wide range of ADLINK backplanes are available for PICMG 1.0/1.3 CPU boards. Fully co-functional
with ADLINK systems, they deliver flexible configuration and expandability for industrial applications.
Industrial Motherboards
ADLINK’s industrial motherboards are powered by processors ranging from lower powered Intel®
Pentium based solutions to server-grade Intel Xeon, in a variety of form factors, including ATX,
Extended ATX and Mini-ITX. Featuring reliable industrial grade design, flexible expandability, and
competitive price, they are an ideal solution for industrial applications requiring fast time to market
with reliable application control.
Server-Grade IPC System
Industrial server-grade IPC systems feature maximum computing power and rich storage capacity
delivers a scalable, high performance platform meeting the needs of the most demanding applications
requiring high-performance, easy-to-deploy, reliable systems.
Industrial Chassis
ADLINK ‘s rackmount and wallmount industrial chassis are designed for variety of industrial automation
applications. Aligned with integrated subsystem design and service, performance Is optimized for
combined motion/vision/IO applications.
53
PICMG 1.3 SHB
NuPRO-E43
NuPRO-E72
NuPRO-E42
LGA1151
Intel® Core™
i7/i5/i3/
Pentium® /Celeron®
Q170
DDR4
2133 MHz
2
32 GB
-338 mm x 126 mm
(L x W)
Intel® HD Graphics
YES
YES
2
Intel® I219LM and
Intel® I211-AT
LGA1150
Intel® Xeon® E3-1200 v3
Core™ i3/Pentium®
/Celeron®
C226
DDR3
1600/1333 MHz
2
16 GB
YES
338 mm x 126 mm
(L x W)
Intel® HD Graphics
YES
YES
2
Intel® I217LM and
Intel® I211-AT
LGA1150
Intel® Core™
i7/i5/
i3/Pentium®
Q87
DDR3
1600/1333 MHz
2
16 GB
-338 mm x 126 mm
(L x W)
Intel® HD Graphics
YES
YES
2
Intel® I217LM and
Intel® I211-AT
4x SATA 6 Gb/s
(onboard)
4x SATA 6 Gb/s
(onboard)
4x SATA 6 Gb/s
(onboard)
NuPRO-E340
NuPRO-E330
PICMG
Single board
Computers
Socket
CPU
Chipset
Memory
Form Factor
Display
Ethernet
Storage
CPU Support
PCH
DIMM Type
Clock Speed
DIMM
Max. Capacity
ECC/Reg
Dimensions
Graphics
VGA support
DVI support
Gigabit
Controller
Serial ATA
USB
LPT
I/O Ports
COM
PS/2 KB/MS
Audio
Expansion
TPM
Opearation System
8x USB 3.0
6x USB 3.0
(2x rear+6x pinheader) (2x rear+4x pinheader)
4x USB 2.0 (backplane)
YES
-2x RS-232
5x RS-232,
2x RS-232/422/485 auto 1x RS-232/422/485 auto
flow onboard
flow onboard
(pinheader)
(pinheader)
YES (pinheader)
YES (pinheader)
Realtek® ALC262
Realtek® ALC262
DB-Audio 2 (Option)
DB-Audio 2 (Option)
6x USB 3.0
(2x rear+4x pinheader)
-5x RS-232,
1x RS-232/422/485
auto flow onboard
(pinheader)
YES (pinheader)
Realtek® ALC262
DB-Audio 2 (Option)
1x PCIe x8, 3x PCIe x4
with WBP-13E4
1x PCIe x8, 3x PCIe x4
with WBP-13E4, 4x PCI
1x PCIe x16 , 1x PCIe x4
or 4x PCIe x1, 4x PCI
Option
YES
YES
Win 7 (32/64 bit),
Win 8.1 / 10 (6 4bit),
Win Server 2012 R2
64bit, Fedora 21,
Redhat Enterprise
Linux 7, Ubuntu 14.04
Win 7 / 8.1 (64 bit),
Win Server 2008 R2 64
bit, Fedora 17,
Redhat Enterprise
Linux 6, Ubuntu 13.10
Win XP/7/8.1 (32 bit),
Win 7/8.1/Server
2008 R2 (64 bit),
Ubuntu 13.10
LGA1155
LGA1156
Intel® Core™
®
Intel Core™ i7/i5/
i7/i5/
i3/Pentium®
i3/Pentium® /Celeron®
Q67
Q57
DDR3
DDR3
1600/1333 MHz
1600/1333 MHz
2
2
16 GB
8 GB
-338 mm x 126 mm
338mm x 126mm
(L x W)
(L x W)
Intel® HD Graphics
Intel® HD Graphics
YES
YES
YES
2
2
Intel® 82579LM and
Intel® 82578DM and
®
Intel 82574L
Intel® 82574L
2x SATA 6 Gb/s 4x SATA
6x SATA 3 Gb/s
3 Gb/s (2x onboard +
(4x onboard,
2x backplane)
2x backplane)
2x USB 3.0 (rear)
9x USB 2.0 (1x rear,
12x USB 2.0 (8x
4x pinheader.
pinheader+4x backplane)
4x backplane)
YES
YES
5x RS-232,
1x RS-232/422/485
(pinheader)
5x RS-232,
1x RS-232/422/485
(pinheader)
YES (pinheader)
Realtek® ALC262
DB-Audio 2 (Option)
YES (PS/2 combo port)
Realtek® ALC262
DB-Audio 2 (Option)
1x PCIe Mini Card slot
1x PCIe x16 , 1x PCIe x4
1x PCIe x16
or 4x PCIe x1 , 4x PCI
1x PCIe x4 or 4x PCIe x1
YES
Win XP / Vision / 7
(32/64bit),
Win XP / 7 / 8.1
Win Server 2008 R2
(32/64 bit),Fedora 14,
(64 bit),
Redhat Enterprise
Fedora 10, Redhat
Linux 5
Enterprise Linux 5
www.adlinktech.com
54
PICMG 1.0 SBC
Model Name
NuPRO-A40H
NuPRO-A331
PICMG Single Board
Computers
CPU
Chipset
Memory
Socket
CPU Support
LGA1155
®
PCH
Display
Ethernet
Storage
I/O Ports
Intel Core™ i7/i5/i3/Pentium®
®
H61
Q57
DDR3
DDR3
Clock Speed
1600/1333 MHz
1333/1066 MHz
2
2
16 GB
8 GB
Dimensions
338 mm x 122 mm
(L x W)
338 mm x 122 mm
(L x W)
Graphics
Intel® HD Graphics
Intel® HD Graphics
VGA support
YES
YES
DVI support
YES
YES
DIMM
Gigabit
2
2
Controller
Dual Intel® I211-AT
Dual Intel® 82574L
Serial ATA
4x SATA 3Gb/s
6x SATA 3 Gb/s
USB
8x USB 2.0 (2x rear,6x pinheader)
8x USB 2.0 (2x rear,6x pinheader)
LPT
YES
YES
COM
5x RS-232, 1x RS-232/422/485 (pinheader)
4x RS-232, 2x RS-232/422/485 (pinheader)
PS/2 KB/MS
Audio
Expansion
Operation System
55
®
DIMM Type
Max. Capacity
Form Factor
LGA1156
Intel Core™ i7/i5/i3/Pentium /Celeron
®
Yes(pinheader)
Yes(pinheader)
Realtek ALC262 DB-Audio 2 (Option)
Realtek ALC262 DB-Audio 2 (Option)
-
1x PCIe Mini Card slot
Win XP / 7 (32/64bit), Fedora 17,
Redhat Enterprise Linux 6
Win XP / 7 (32/64bit),
Win Server 2008 R2 64bit
®
®
Extend ATX
Model Name
ATX
IMB-S90
IMB-M43
IMB-M42H
IMB-M40H
M-342
LGA2011
LGA1155
Intel® Core™ i7/i5/i3/
Pentium®/Celeron®
H61
DDR3
1333/1600 MHz
(based on CPU)
2
16 GB
-305 mm x 218 mm (W x L)
LGA1155
Pentium®
Q67
DDR3
1333/1600 MHz
(based on CPU)
4
32 GB
-305 mm x 244 mm (W x L)
Industrial
Motherboards
CPU
Chipset
Socket
CPU Support
Dual Intel Xeon E5-2658 v2
PCH
DIMM Type
C604
DDR3
LGA1151
Pentium®
Q170
DDR4
1600 MHz
2133 MHz
8
128 GB
YES
305 mm x 330 mm (W x L)
Integrated in Aspeed®
AS2300
1
----
4
64 GB
-305 mm x 244 mm (W x L)
LGA1150
Pentium®/Celeron®
H81
DDR3
1333/1600 MHz
(based on CPU)
2
16 GB
-305 mm x 244 mm (W x L)
Intel® HD Graphics
Intel® HD Graphics
Intel® HD Graphics
Intel® HD Graphics
1
--2
1
-1
1
1
1
---
1
1
2
--
1
3
2
2
2/3 (based on CPU)
2
2
Intel® I219LM and
Intel® I210-AT
1
2
Intel I217V
Realtek RTL8111E
2
Intel® 82579LM and
Intel® 82574L
6x SATA 6 Gb/s ports
2x SATA 6Gb/s,
2x SATA 3Gb/s
4x SATA 3 Gb/s
2x SATA 6 Gb/s ports,
4x SATA 3 Gb/s ports
SW RAID 0/1/5/10
--
--
SW RAID 0/1/5/10
8x USB 2.0
(4x pin header +
4x rear),
2x USB 3.0(rear)
10x USB 2.0
(6x pin header +
4x rear)
12x USB 2.0
(8x pin header +
4x rear)
-5x RS-232(1x rear +
4x pinheader),
1x RS-232/422/485
(pinheader)
1x KB
1x MS
1
Speed
Memory
DIMM Slots
Max. Capacity
ECC/Reg
Form Factor Dimensions
Graphics
Display
Ethernet
VGA Support
DVI-D Support
HDMI Support
DisplayPort
No. of Displays
Support
GbE port
Controller
Serial ATA
Storage
RAID
Intel I210-AT
®
4x SATA 6 Gb/s
from Marvell
88SE9230, 2x SATA
6 Gb/s from PCH, 2x SATA 3
Gb/s from PCH
RAID 0/1/10,
Marvell (H/W) and
PCH 0/1/5/10 (S/W) RAID
groups are independent
USB
8x USB 2.0
(4x pin header +
4x rear)
LPT
--
COM
1x RS-232 (pinheader),
1x RS-232/422/485 (rear)
I/O Ports
PS/2 KB/MS
Audio
Expansion Slots
Opearation System
-Realtek® ALC262
DB-Audio2(optional)
4x PCIe x16, 1x PCIe x8 and
1x PCIe x4 slots
8x USB 3.0
(2x pin header + 6x rear)
4x USB 2.0 (pinheader)
2x USB 2.0
(Vertical Type A)
1
®
1
2x RS-232/422/485(rear),
4x RS-232(pinheader),
(one support 485 Auto flow
2x RS-232/422/485 Auto
control),
flow control(rear)
4x RS-232pin header
1x PS/2 combo port
1x PS/2 combo port
Realtek® ALC662
Audio Codec
1 X PCIe x16,
1x PCIe x8,
4x PCIe x4, 2x PCI slots
1 x PCIe x4, 4x PCI slots
Win 7 / 8.1 (32/64bit)
Win 7 (32/64 bit),
Win Server 2008 R2 64 bit,
Win XP 32 bit,
Win 8.1 / 10 (64bit),
Win 7 64 bit,
Ubuntu 13.10,
Ubuntu 13.10,
Redhat Enterprise Linux 6 Fedora™ 19, Red Hat Enter- Fedora™ 19, Redhat Enterprise Linux 7.0
prise Linux 7.0
Realtek® ALC262
®
5x RS-232(pinheader),
1x RS-232/422/485
(pinheader)
1x KB
1x MS
Realtek® ALC892
Realtek® ALC892
1x PCIe x16,
1x PCIe x16,
Win XP/ 7 (32/64 bit),
Fedora 17,
Redhat Enterprise,
Linux 6.2
Win XP/ 7 (32/64 bit),
Redhat Enterprise
Linux 6.0
www.adlinktech.com
56
Rackmount Industrial Chassis
Model Name
RK-110S / RK-110SE
RK-210S / RK-210E
RK-260 / RK-260MB-GC13 /
RK-260-E
RK-410FS
Industrial
Chassis
Type
Rackmount
Rackmount
Rackmount
Rackmount
Height
1U
2U
2U
4U
Depth
17.7” (450mm)
17.7” (450mm)
17.7” (450mm) / 19.7” (500mm)
17.8” (451mm)
HPCI-D5S2 (RK-110S)
EBP-D3E1 (RK-110SE)
HPCI-D6S4 (RK-210S)
EBP-D5E2 (RK-210E)
HPCI-D6S4 (RK-260)、
EBP-D5E2 (RK-260-E)、
ATX motherboard
(RK-260MB-GC13)
HPCI-13S4LU、HPCI-14S7U
HPCI-14S12U、HPCI-14S/ATX
EBP-10E5、EBP-13E2
EBP-13E4、WBP-13E4
Backplane/
Motherboard Option
Model Name
RK-440
RK-610
Industrial
Chassis
Type
Rackmount
Rackmount
Height
4U
4U
Depth
26.4” (671mm)
17.8” (451mm)
HPCI-19S18A
HPCI-13S4LU、HPCI-14S12U、
HPCI-14S/ATX、EBP-10E5、
EBP-13E2、EBP-13E4、
WBP-13E4、
ATX motherboard
Backplane/
Motherboard Option
Wallmount Industrial Chassis
Model Name
RK-607B
RK-608B-E
Systems
RK-608MB
TRL-40
Industrial
Chassis
Type
Standalone/Wallmount
Standalone
Wallmount
Rackmount
Height
6.9” (175mm)
6.9” (175mm)
7.7” (196mm)
4U
Depth
16.5” (418mm)
16.5” (418mm)
16” (406mm)
22.3” (567mm)
HPCI-6S4、EBP-5E1
EBP-6E2
HPCI-8S4、HPCI-9S7U
EBP-7E2、EBP-9E2、EBP-9E5
ATX motherboard
IMB-S90
Backplane/
Motherboard Option
57
PICMG 1.0
Slots per Segment
PCI-X
Segment
PCI
ISA
HPCI-D3S2
1
2
-
-
HPCI-D6S4
1
4
1
-
HPCI-13S4LU
3
4
9
HPCI-14S12U
2
12
HPCI-14S/ATX
2
HPCI-19S18A
Compatible Chassis
RK-110S
RK210S
RK-260
√
√
RK-440
RK-410FS
RK-610
-
√
√
2
-
√
√
4
9
-
√
√
2
18
1
-
PICMG 1.3
PICMG
PCI
EBP-10E5
1
EBP-13E2
√
√
PCI-E
PCI-X
RK-110SE
RK-210E
RK-260E
x1
x4
x16
4
4
-
1
-
√
√
1
10
-
1
1
-
√
√
EBP-13E4
1
7
-
3
1
-
√
√
EBP-D5E2
1
2
-
1
1
-
EBP-D3E1
1
-
-
1
-
-
WBP-13E4
1
8
-
3
1*
-
√
√
√
√
√
* PCIe x8 signal
Wallmount Industrial Chassis
PICMG 1.0
Slots per Segment
PCI-X
Compatible Chassis
Segment
PCI
ISA
HPCI-6S4
1
4
1
-
HPCI-8S4
2
4
4
-
√
HPCI-9S7U
2
7
2
-
√
PICMG 1.3
PICMG
PCI
EBP-5E1
1
EBP-6E2
PCI-E
RK-607B
RK-608B-E
√
PCI-X
x1
x4
x16
2
-
-
1
1
√
1
3
-
1
1
-
√
EBP-7E2
1
4
-
1
1
-
√
EBP-9E2
1
6
-
1
1
-
√
EBP-9E5
1
3
4
-
1
-
√
www.adlinktech.com
58
Single Board Computers
Slots per Segment
PICMG 1.0
Segment
PCI
HPCI-D3S2
1
2
HPCI-D6S4
1
HPCI-6S4
ISA
Compatible SBCs
NuPRO-A331
NuPRO-A40H
-
√
√
4
1
√
√
1
4
1
√
√
HPCI-8S4
2
4
4
√
√
HPCI-9S7U
2
7
2
√
√
HPCI-13S4LU
3
4
9
√
√
HPCI-14S12U
2
12
2
√
√
HPCI-14S/ATX
2
4
9
√
√
HPCI-19S18A
2
18
1
√
√
Single Board Computers
PICMG 1.3
Slots per Segment
PCI-E
Compatible SBCs
Segment
PCI
PCI-X
x1
x4
x16
NuPRO-E42
NuPRO-E340
NuPRO-E330
NuPRO-E72
NuPRO-E43
EBP-5E1
1
2
1
-
-
1
√
√
√
√
√
EBP-6E2
1
3
-
-
1
1
√
√
√
√
√
EBP-7E2
1
4
-
-
1
1
√
√
√
√
√
EBP-9E2
1
6
-
-
1
1
√
√
√
√
√
EBP-9E5
1
3
-
4
-
1
√
√
√
√
√
EBP-10E5
1
4
-
4
-
1
√
√
√
√
√
EBP-13E2
1
10
-
-
1
1
√
√
√
√
√
EBP-13E4
1
7
-
-
3
1
√
√
√
√
√
EBP-D5E2
1
2
-
-
1
1
√
√
√
√
√
EBP-D3E1
1
-
-
-
1
1
√
√
√
√
√
WBP-13E4
1
8
-
-
3
1*
-
-
-
√
√
* PCIe x8 signal
59
PICMG® 1.3 Backplanes
Model Name
WBP-13E4
EBP-5E1
EBP-7E2
EBP-9E2
EBP-D3E1
PCI-E® x16
1*
1
1
1
-
PCI-E x4
3
-
1
1
1
PCI-X™
-
1
-
-
-
PCI™
8
2
4
6
-
Passive
Backplanes
®
AT
-
-
-
-
-
ATX
YES
YES
YES
YES
YES
Segments
Dimensions
1
1
1
1
1
328 mm x 312 mm
153 mm x 330 mm
328 mm x 206 mm
328 mm x 206 mm
331 mm x 39 mm
SATA
USB 2.0
2
2
2
2
2
4(2x vertical,2x pinheader)
4(pinheader)
4(pinheader)
4(pinheader)
4(pinheader)
* PCIe x8 signal
Model Name
EBP-6E2
EBP-D5E2
EBP-10E5
EBP-13E2
EBP-13E4
EBP-9E5
PCI-E® x16
1
1
1
1
1
1
Passive
Backplanes
PCI-E x4
1
1
-
1
3
-
PCIe x1
-
-
4
-
-
4
PCI-X™
1
-
-
-
-
-
PCI™
3
2
4
10
7
3
®
AT
-
-
-
-
-
-
ATX
YES
YES
YES
YES
YES
YES
Segments
Dimensions
SATA
USB 2.0
1
1
1
1
1
1
328 mm x 140 mm
331 mm x 84 mm
330 mm x 318 mm
330 mm x 318 mm
330 mm x 318 mm
244 mm x 348 mm
-
2
2
2
2
2
4(pinheader)
4(pinheader)
4(pinheader)
4(pinheader)
4(pinheader)
4(pinheader)
www.adlinktech.com
60
Model Name
HPCI-D3S2
HPCI-D6S4
HPCI-6S4
HPCI-8S4
HPCI-9S7U
PCI TM
2
4
4
4
7
ISA
-
1
1
4
2
AT
-
YES
YES
YES
YES
ATX
YES
YES
YES
YES
YES
Passive
Backplanes
Segments
Dimensions
1
1
1
2
2
261 mm x 39 mm
261 mm x 79.6 mm
264.2 mm x 132.7 mm
264.2 mm x 218 mm
213.4 mm x 259.1mm
Model Name
HPCI-13S4LU
HPCI-14S12U
HPCI-14S/ATX
HPCI-19S18A
4
12
4
18
Passive
Backplanes
PCI TM
ISA
9
2
9
1
AT
YES
YES
YES
YES
ATX
YES
YES
YES
YES
3
2
2
2
314.7 mm x 259 mm
314.7 mm x 259 mm
312 mm x 265 mm
415.3 mm x 264.2 mm
Segments
Dimensions
61
Industrial Mini-Redundant AC Power Supply
Maximum DC Output Current
+5 Vsb
AC Voltage
Input Range
Certifications
--
2A
Universal
UL/cUL/TUV/CCC
0.5 A
2A
Universal
UL/cUL/TUV/CCC
Model Name
Power
(typical)
+5V
+3.3 V
+12 V
-12 V
-5 V
APS-946XAR
460 W
25 A
25 A
30 A
0.8 A
APS-940XAREPS12(for RK-440)
400 W
35 A
25 A
28 A
1.2 A
■ Dimensions: 195 x 160 x 86 (mm)
Industrial AC Power Supply PS2 Form Factor
Model Name
Power
(typical)
AC
Voltage
Certifications
Input
Range
+5 V +3.3 V +12 V1 +12 V2 +12 V3 +12 V4 -12 V -5 V +5 Vsb
APS-930XA-ATX12
300 W 16 A 19 A
17 A
17 A
--
--
0.5 A 0.3 A
3A
Universal
UL/cUL/
TUV/CCC
APS-946XA-EPS12
460 W 20 A 24 A
16 A
16 A
--
--
0.5 A 0.3 A
3A
Universal
UL/cUL/
TUV/CCC
APS-960XA-EPS12
600 W 25 A 25 A
16 A
16 A
16 A
16 A
0.5 A 0.3 A
4A
Universal
UL/cUL/
TUV/CCC
460 W 40 A 30 A
32 A
--
--
--
1 A 0.8 A
2A
Universal
UL/cUL/
TUV/CCC
APS-946XA-EPS12
(for RK-440)
■ Dimensions : Standard PS2 form factor, 140 x 150 x 86 (mm) ; APS9100XA-EPS12 (for RK-470MB) form factor, 220 x 150 x 86 (mm)
Industrial DC-DC Power Supply PS2 Form Factor
DC Voltage
Input Range
Certifications
1.5 A
40 ~ 72 VDC
(48 VDC nominal)
UL/cUL/TUV
1.2 A
19 ~ 32 VDC
(24 VDC norminal)
UL/CSA/TUV
Model Name
Power
(typical)
+5 V
+3.3 V
+12 V
-12 V
-5 V
+5 Vsb
APS-930/48X
300 W
35 A
30 A
18 A
1A
0.5 A
APS-930/24X
300 W
30 A
15 A
15 A
2A
2A
■ Dimensions: 150 x 140 x 86 (mm)
Industrial AC Power Supply 1U/2U Form Factor
AC Voltage
+5 Vsb Input Range
Model Name
Power
(typical)
+5 V
APS-9130XU
300 W
16 A
14 A
16 A
16 A
0.5 A
0.3 A
3A
Universal
UL/cUL/
TUV/CCC
APS-9235XU
350 W
25 A
20 A
28 A
--
0.5 A
0.5 A
2A
Universal
UL/cUL/
TUV/CCC
+3.3 V +12 V1 +12 V2 -12 V
-5 V
Certifications
■ Dimensions: APS-9130XU: 190 x 100 x 40.5 (mm)、APS-9235XU : 215 x 100 x 70 (mm)
www.adlinktech.com
62
LGA1156 / LGA1151 / LGA1150
PN
LGA2011
32-20131-0000
32-20113-2000
32-20113-0000
32-40289-0000
73Watt
95Watt
95Watt
95Watt
75mm (blower)/11.83 CFM
(5,500 ± 10%) R.P.M
95mm/ 78.74 CFM
(6,100 ± 10%) R.P.M
95mm/ 42.73 CFM
(4,200 ± 10%) R.P.M
6cm/ 50.40 CFM
(9,000 ± 10%) RPM
Copper
Aluminum + Cooper
Aluminum + Cooper
Copper
Heatsink Dimensions
84L x 84W x 13H (mm)
ø 95*24.8H (mm)
ø 90*39.3H (mm)
63.9L x 89.7W x64H (mm)
Dimensions
84L x 84W x 28H (mm)
ø 95*50.2H (mm)
ø 90*67.7H (mm)
89.2L x 89.7W x64H (mm)
382 g
295 g
--
396 g
1U
2U
3U
2U
RK-110S, RK-110SE
RK-210S, RK-210E, RK-260-E,
RK-260MB, RK-440,
RK-460MB,
RK-610AM, RK-608MB-C
RK-440, RK-610MB,
RK-608MB
TRL-40, RK-470MB
NuPRO-A40H/A331/E72/
E42/E43, IMB-M43
NuPRO-A40H/A331/
E72/E42/E43,
IMB-M42H/M40H/
M-342/M43
NuPRO-A40H/E42/E72/E43/
E340, IMB-M42H/M40H/
M-342/M43
IMB-S90
CPU Cooler
Thermal Dispatch Performance
FAN
Heatsink Materials
Weight
Minimum Chassis Height
Recommended Chassis
Supported Boards
63
Accessories
Item Name
HDD Adapter Brackets
4U Rear I/O Panel Kit
Riser Card
COM Cable
■ 2UE1S2 Riser Card,
PCIe x16 + 2 PCI slots
Specification
■ Designed for
■ COM cable with bracket
RK-260MB-GC13
USB 3.0 Cable
■ 2-port USB 3.0 cable with
bracket, L=450mm
■ 1 port (2.54 pitch,450mm):
Ordering
Information
■ One 3.5” HDD in one 5.25”
bay:34-30264-1000
■ 2.5” to 3.5” HDD adapter
bracket:58-80024-0000
■ ATX rear I/O panel for
RK-410: 58-80013-1000
■ ATX rear I/O panel for
RK-610A:34-90063-0000
■ 15-slot rear I/O panel for
RK-610A: 34-90064-0000
■ 92-97051-0010
30-25004-1000
(for IMB-M40H,M-342)
■ 1 port (2.0 pitch,450mm):
30-25003-2100
(for NuPRO-A40H/E42/
E72/E43/E340)
■ 2 port (2.54 pitch,600mm):
30-25053-1000
■ 180° : 30-25046-0100
(for IMB-M42H)
■ 2 port (2.54 pitch,450mm):
(for NuPRO-E42/E72/E43)
■ 90° : 30-25046-1100
30-25003-3000 (for
NuPRO-A40H/E42/E72/
(for NuPRO-E42/E72/E43)
E340, IMB-M40H,M-342)
■ 2 port (2.0 pitch,230mm):
30-25003-1000 (for
NuPRO-A40H/E42/E72/
E43/E340)
■ 2 port (2.54 pitch,230mm):
30-25003-0020 (for
NuPRO-A40H/E42/E72/
E340)
Accessories
Item Name
Specification
USB 2.0 Cable
■ 2/4-port USB 2.0 cable with bracket
■ 2-port (L=400mm): 30-25010-3010 (for
Ordering
Information
NuPRO-A40H/E340, IMB-M42H/M40H,M-342)
■ 4-port (L=600mm):
30-25009-3000 (for IMB-M42H/M40H,M-342)
■ 4-port (L=600mm) with shielding ground:
30-25009-2000 (for IMB-M42H/M40H,M-342)
KB/MS Cable
■ KB/MS cable with bracket
DVI Cable
■ DVI-D cable with bracket for onboard connector
■ 2x Mini-DIN PS/2 KB/MS cable with bracket:
30-01019-2010 (for NuPRO-E340/E72/E42/E43)
■ 1x USB + 1x Mini-DIN PS/2 KB/MS “combo”
cable with bracket: 30-25027-0000
(for NuPRO-E340/E72/E42/E43)
■ 30-01052-2000
Graphics & Audio Cards
Model Name
Item Name
Description
mPCIe-8770
DB-UVGA16
DB-Audio2
PCIe 2D VGA Display Card
USB Graphics Adapter, internal mount,
DB-15 connector
High Definition Audio Daughter Board
with Linein, Line-out and Mic-in
■ PCIe VGA Controller XGI™ Volari™ Z11
■ PCI Express Spec. compliant
■ High performance 2D Accelerator
■ Supports 230 MHz pixel clock
■ Support 4:3 resolution up to 1600 x 1200,
256/32K/64K/16M colors (70Hz NI)
■ Driver support: Windows® 2000, XP, Vista
32/64-bit, 7 32/64-bit; Fedora™ 10, RHEL™ 5
■ Mounts in DB9 cutout on chassis or in PCI slot
■ Uses internal USB pin header
■ Display resolutions up to: 1600 x 1200 (4:3),
1680 x 1050 (16:10)
■ Supports multiple display modes: Primary,
Extended, Mirror (up to 6 additional monitors)
■ Realtek ALC262 High Definition Audio codec
■ Three jacks: line-in, line-out and mic-in
■ 5x2 pin header for cable connection to
external audio header on SBC
■ 4-pin header interface for CD audio output
www.adlinktech.com
64
New Generation x86 Quad-Core Smart Camera
Overview
ADLINK's new generation x86 NEON-1040/1020 features 4MP 60fps
global shutter sensor and the Intel® Atom™ quad core 1.9 GHz processor,
featuring minimal footprint and rugged IP67-rated construction.
The quad core CPU increases computing power and FPGA coprocessors
and GPU deliver advanced image processing, both beyond the capabilities
of conventional smart cameras. Rich software support and API compatibility
enable easy migration from original x86 platforms, eliminating software
and development language burdens across the platform, reducing time to
market.
Breaking the boundaries of smart camera
and embedded vision systems
High performance increases speed and capture complexity
High end quad core processor
Intel® Atom™ processor E3845 at 1.91GHz improves dramatically on the performance
of existing smart cameras. The high end processor provides up to 6 times the
computing power of conventional smart cameras.
Improved detection sensitivity
The 4 MP 60 fps 1-inch global shutter sensor improves on rolling shutter sensors with
improved raw image clarity, for high speed inspection precision.
Coordination among CPU, GPU and FPGA co-processor
The NEON-1040/1020's FPGA accelerates image pre-processing and reduces CPU loading, making it ideal for complex acquisitions like those in
LUT (look up table), ROI (region of interest), and shading correction . Thanks for FPGA, the CPU resource can focus on algorithm and make
inspection tasking more efficiency.
65
Open architecture and easy development dramatically
reduce time to market
In a real application environment, different development languages and software tools are required in machine vision, motion controller, smart
camera and line scan camera stations . A platform allowing development in a single language, with easy deployment from existing platforms,
conserving manpower costs and reducing time to market.
Programming in the x86 architecture
NEON-1040/1020 is based on x86 architecture, with
all development environments familiar to users, for
motion/HMI/IO solutions, seamless migration from
the original x86 platform.
Rich third party software support
The NEON-1040/1020 provides flexible software support for STEMMER
Common Vision Blox, MVTec HALCON, COGNEX VisionPro, Teledyne
Dalsa Sherlock, Adaptive Vision Studio, Euresys Open eVision and more.
As well, GeniCam and GenTL compatibility simplify communication with
devices and allow third party software to control cameras and acquire
image data.
64-bit computing
As image analyses software have to deal with great bulk of data, most
mainstream software products in this segment support 64-bit instructions.
Therefore, it is better for implementers to choose a vision system that
supports 64-bit computing environment.
Area scan camera
Line scan camera
ADLINK NEON-1040
Maximum integration reduces TCO
Built-in PWM lighting control
The NEON-1040/1020's built-in PWM lighting control module eliminates
the need for additional lighting controller equipment, reducing TCO.
Compact footprint
Small footprint enables easy integration into existing lines, saving space
and simplifying configuration
Versatile I/O for external device
connection
NEON-1040/1020 provides 4x digital inputs, 4x digital outputs,
USB 2.0 port, and RS-232 ports, supporting connection to
a monitor, USB mouse and keyboard, enabling program and
application development directly in smart camera.
GigE port enhances flexibility
With built-in GigE port, the NEON-1040/1020 can connect to multiple
cameras via external hub. As well, existing CODESYS users can easily and
quickly connect to other motion controllers via EtherCAT.
www.adlinktech.com
66
ADLINK Embedded Vision Systems
EOS-4000
EOS-1200
Compact Design
High Computing Power
Multi-channel Connectivity
Ready to Deploy
Introduction
Embedded vision systems, also referred to as compact vision systems, offer an alternative to Smart cameras and computer-based systems.
The ADLINK EOS series is a complete embedded system that offers image acquisition, processing, archiving, and display capabilities.
It is equipped with a multi-core CPU, ideal for applications requiring high computing power and multi-camera imaging, such as 3D vision and
robotics guidance.
Featuring rich I/O connectivity with factory-floor networks, including RS-232/422/485, USB, and isolated digital I/O, as well as onboard storage,
ADLINK’s embedded vision system is ready to deploy.
A system monitoring feature, feeding back temperature and voltage data, combines with a watchdog timer to maximize robustness and
reliability of the ADLINK EOS series in mission critical applications.
Highlights
Compact and Rugged Design
Multi-Camera Support
EOS series is a compact-size 230 (W) x 206 (D) x 82 (H) mm
(9 x 8.3 x 3.2 in.) embedded vision system. Designed for mission
critical applications, the EOS series underwent harsh vibration and
shock testing during its design to ensure durability. While in
operation, the EOS series can tolerate vibrations of up to 5 G.
Simultaneous vision inspection is commonly required on a
production line as a cost-effective solution. The ADLINK EOS series
provides multi-camera support through up to 4 channels, making it
ideal for use in industrial automation, improving overall product
quality and increasing efficiency.
Precision Time Protocol (IEEE1588)
Precise time information is especially important for industrial
automation. With the Precision Time Protocol (PTP) described in
IEEE1588, it is possible to synchronize several cameras with an
accuracy of less than 1 μs via Ethernet networks. IEEE1588 PTP
technology allows a single Ethernet cable to deliver both
synchronization and image data.
82 mm (3.2")
206 mm (8.3")
230 mm (9")
67
PoE Support
Ready to Deploy
PoE (Power over Ethernet) technology provides power through a
single Ethernet cable up to 100 m. This PoE solution simplifies
system installation and lowers maintenance costs. The ADLINK EOS
series also provides auto-detection to ensure compatibility with
both PoE and conventional non-PoE devices. The camera power is
automatically on when the PoE connection is established. With the
smart PoE function in EOS-1200, users can program power status
(PoE on, or power off) easily, delivering significant energy efficiency,
especially when cameras are idle.
A complete vision system includes software, digital I/O, storage,
communication, and peripheral devices. The EOS-1200 features rich
I/O capability, including four serial ports, two USB 3.0 ports, 32
PNP/NPN isolation digital I/Os, dual storage (two SATA interface,
and one CFAST slot), an internal USB port, and 1 kbit programmable
EEPROM, which make EOS-1200 ideal to integrate, deploy, and
manage copy protection or authentication of software licenses for
system development, and further accelerate time to market.
Easy Maintaintance
Dual Data Storage
The ADLINK EOS series enables significant ease of system
installation. The upper cover is easily opened by removal of a single
screw. Hot-swappable filter design also reduces MTTR
(Mean-Time-to-Repair) and increases system reliability.
Most vision applications require two forms of data storage: one
during operation and the other to archive gathered data or house a
backup operating system. This system architecture of independent
dual storage devices strongly enhances reliability and flexibility of
the ADLINK EOS series.
Open the top cover with easy thumbscrew,
no tools needed!
CFast socket
Up to two HDD/SDD
installation
Hot swappable filter for easy replacement
Applications
Industrial Automation
Medical and Life Sciences
Robot guidance
In Vivo imaging
AOI machinery
X-Ray imaging
Pick and place machinery
Microscope
Bonding machinery
Endoscope
www.adlinktech.com
68
Smart Camera Selection Guide
Model Name
NEON-1020
NEON-1040
Smart Camera
Processor
Processing
& Memory
Intel® Atom™ E3845 Processor, Quad Core @ 1.91 GHz
Display
VGA output, max. 2048 x 1152 at 60 Hz
RAM
4 GB DDR3L
Storage
16 to 32 GB solid state drive
Advanced Processing
Image Sensor
Sensor
ROI, LUT, Shading Correction
CMOSIS CMV2000
CMOSIS CMV4000
Resolution
2048 x 1088
2048 x 2048
Sensor Size
2/3”
1”
Format
Monochrome
Pixel Size (μm)
Frame Rate (fps)
5.5
120
60
Shutter
Global
Trigger Mode
External trigger, software trigger, free run
Trigger Input
1x Opto-isolated trigger input
Digital Output
4x sink type output, max sink 100mA sink voltage max 30VDC
Digital Input
Drive Method
I/O Interface
4x TTL level input
Constant current 500mA
PWM
Applicable
Lighting
Light Units
Control
Dimming Resolution
24 VDC illuminators
1000:1
Ethernet
Serial Communication
1 x GbE
1 x RS-232 (TX and RX only)
USB
Mechanical
Software
Support
Dimensions
68.5mm W x 110mm D x 52.7 mm H / 2.70” W x 4.33” D x 2.08” H
(68.5mm x 110mm x 42.7mm reduced size option)
Lens mount
C mount
Connectors
1 x M12 8-pin (Female), 1xM12 17-pin (Male), 1x M12 12-pin (Male)
Operation System
Power Consumption
Environmental
Operating Temperature
& Electricalions
Vibration
Certification
69
1 x USB 2.0
Windows 7, Windows Embedded Standard 7
24 VDC +/-10%, 13W (Typical)
Standard: 0˚C to 50˚C (32˚F to 122˚F)
Extended temperature option:
0˚ to 60 ˚C (32˚ F to 140˚ F)
(w/ industrial SSD)
0˚ to 50 ˚C (32˚ F to 122˚ F)
Operating, 5 Grms, 5-500 Hz, 3 axes
IP67, CE, FCC Class A
Embedded Vision Systems Selection Guide
Model Name
EOS-4000
EOS-1200
Intel® Core™ i7-3610QE, i5-3610ME
Intel® Core™ i5-2510 3.1 GHz / Intel® Core™ i7-2710 3.0 GHz /
Intel® Core™ i7-3610 3.3 GHz
Intel® QM67 Express
Intel® QM67 Express chipsets
DDR3 SODIM x2, up to 16 GB
Up to 8 GB DDR3
VGA+DVI-D output by DVI-I connector,
up to QXGA (2048 x 1536) resolution
VGA+DVI-D output by DVI-I connector,
up to QXGA (2048 x 1536) resolution
Embedded
Vision Systems
CPU
Chipset
System Memory
Video
Audio
None
AC97, mic in/speaker out
2x GbE port
2x GbE port
4x external USB 2.0, 2x external USB 3.0, 1 x internal USB 2.0
Four USB 2.0 ports, two USB 3.0 ports
Two software-programmable RS-232/422/485 (COM1 & COM2),
two RS-232 (COM3 & COM4)
Two software-programmable RS-232/422/485 (COM1 & COM2),
two RS-232 (COM3 & COM4)
Keyboard/Mouse
PS/2 type mini-DIN connectors
PS/2 type mini-DIN connectors
Camera Interface
2-CH Camera Link base configuration, up to 85 MHz
4-CH Gigabit power over Ethernet
IEEE 802.3af compliant, total max. power output 32 W
32 DI, 32 DO
16-CH isolated digital input and output
COS interrupt for all digital input
2x COS interrupt
2.5 kV isolation protection
None
Configurable Digital Filter (0.25 μs-131 ms)
None
2 trigger input, 1 encoder input
None
3 kg (6.6 lbs)
3 kg (6.6 lbs)
Wall and DIN rail mounting (optional)
Wall and DIN rail mounting (optional)
DC: 10 to 30 VDC, ATX mode
DC: 10 to 30 VDC, ATX mode
0˚C to 55˚C (32˚F to 122˚F)
0˚C to +55˚C (32˚F to 131˚F)
0% to 90%
0% to 90%
230 (W) x 206 (D) x 82 (H) mm (9 x 8.3 x 3.2 in.)
230 (W) x 206 (D) x 82 (H) mm (9” x 8.3” x 3.2”)
110 W (with 4 GB DDRAM and 4 GB CFAST)
110 W (with 4 GB DDRAM and 4 GB CFAST)
Ethernet
USB
COM Ports
Digital I/O
Trigger I/O
Weight
Mounting
Power Supply
Operating Temp.
Humidity
Dimensions
Power Consumption
Storage
One CFAST slot, two 2.5” SATA interfaces
One CFAST slot, two 2.5” SATA interfaces
Random Vibration
Operating, 5 Grms, 5-500 Hz, 3 axes (w/CFAST or SSD)
Operating, 5 Grms, 5-500 Hz, 3 axes (w/CFAST)
Safety Compliance
CE/FCC, RoHS
CE/FCC, RoHS
www.adlinktech.com
70
ADLINK Solutions for Machine Vision
Why ADLINK?
Full product line support, including analog, GigE Vision, IEEE 1394b,
Camera Link, HDMI, 3G-SDI and CoaXPress
Compatible with most popular cameras and software
Carefully selected embedded components ensure long term availability
Highly integrated with ADLINK I/O cards and embedded computing platforms
Vision Interface
Note: Driver installation is required for frame grabbers or cameras.
CoaxPress
3G-SDI
HDMI
GigE Vision
IEEE 1394b
Up to 100
100
5
100
4.5
6500-25000
3000
216-2880
1000
800
2400-4800
216
Host CPU Loading
-
-
-
>5%
<5%
-
-
Realtime Signaling
v
v
-
-
-
v
v
Power over cable
13 (PoCXP)
-
-
13 (PoE only)
45
45 (PoCL)
-
Plug & Play *
v
v
v
v
v
-
v
Real time trigger
v
-
-
-
-
v
-
CoaXPress
SMPTE
DVI 1.0
AIA GigE
Vision
Common IEEE 1394
Trade Association
DCAM Standard
AIA Camera Link
-
Max. Cable Iength
(Meter)
Bandwidth
(Mbps per Channel)
Standards
standard
Camera Link
Analog
Up to 15M (Depending
on the Bandwidth)
100
ADLINK Machine Vision Software
ADLINK’s powerful application tools, ViewCreatorPro™ and CamCreator™, provide
simple and effective setup, configuration, testing, and debugging for vision systems.
These utilities assist developers in evaluating initial test functions with ADLINK
frame grabbers. Both ViewCreatorPro™ and CamCreator™ support 32/64-bit
Windows® 8/7/XP operating systems. In addition, CamCreator™ provides
continuous grab, pixel values, zoom in/out and console functionality to expedite
a Camera Link installation.
OS Information
Products
Windows®
Note(1)
Software Compatibility
Linux®
Note(2)
LabVIEW™
Note(3)
CamCreator™
Software Recommendations
ViewCreatorPro™
PCIe-GIE64+
v
PCIe-GIE62+
v
PCIe-FIW64
v
PCIe-FIW62
v
PCIe-CPL64
v
PCIe-HDV62
v
v
v
PCIe-HDV62A
v
v
v
v
PCIe-RTV24/PCI-RTV24
v
v
v
v
PCIe-2602
v
PCIe-HDV72
v
Note: (1) Windows Support for Windows® 8/7 x64/x86
71
ViewCreatorPro™
CamCreator™
v
(2) Linux Support for Ubuntu 11.0 &12.04 and Fedora Core 3
v
v
(3) Compatible with LabVIEW™ 2009 and above
v
v
Frame Grabber Selection Guide
PCIe-HDV72
PCIe-HDV62A/PXIe-HDV62A
PCIe-GIE64+
PCIe-GIE62+
Power over Ethernet
Gigabit Ethernet
RJ45 x 4
depends on camera specification
PCIe x4
4
√
√
√
√
-
Power over Ethernet
Gigabit Ethernet
RJ45 x 2
PCIe x4
2
√
√
√
√
√
-
ADLINK
Frame Grabber
Standard
Configuration
Connector
Resolution
Interface
Max. Video Input
Max. Frame Rate
Audio Input
TTL I/O
Area Scan Camera
Line Scan Camera
Interlaced Scan
Progressive Scan
Camera Tap
Pixel Depth
Max. Clock Frequency
On-board memory
HDMI
4K, UHD
HDMI
4096 x 2160P, 3840 x 2160P
PCIe x4 (3.0)
1
up to 60
√
√
√
√
√
8, 10, 12-bit
2 GB
HDMI
Full HD
DVI-I
1920 x 1080p
PCIe x4
1
60
√
√
√
√
√
8-bit, 10-bit
512 MB
PCIe-2602
PCIe-CPL64
PCIe-FIW64/PCIe-FIW62
SDI
PoCL
(Power over Camera Link)
IEEE 1394b
base, medium
MDR26
depends on camera
specification
IEEE 1394b
depends on camera
specification
PCIe x4
PCIe x4
PCIe x4 / PCIe x1
Max. Video Input
2
Max. Frame Rate
60
Audio Input
TTL I/O
Area Scan Camera
Line Scan Camera
Interlaced Scan
Progressive Scan
Camera Tap
SDI embedded
√
√
√
√
-
2
depends on camera
specification
√
√
√
√
√
1-tap, 2-tap, 3-tap, 4-tap
8, 10, 12-bit
8-bit, 10-bit
-
85 MHz
128 MB
4/2
depends on camera
specification
√ (FIW64)
√
√
√
depends on camera
specification (FIW64)
8 to 10-bit (FIW62)
-
PCIe-RTV24/PCI-RTV24
ADLINK
Frame Grabber
Standard
Configuration
Connector Interface
Resolution
Interface Bus
Pixel Depth
Max. Clock Frequency
On-board memory
SDI
BNC x 2
1920 x 1080p
Color: PAL/NTSC
Monochrome:
CCIR/EIA (RS-170)
BNC x 4
640 x 480 (NTSC/RS170),
768 x 576 (PAL/CCIR)
PCIe-RTV24: PCIe x1
PCI-RTV24: PCI
4 to 16*
30 fps / channel
√
√
√
1-tap (PCIe-RTV24)
8-bit
www.adlinktech.com
72
Introduction
Currently, automation technologies prefer Ethernet use at the field level,
with various approaches promising high bandwidth, low costs, simplified
vertical integration, standard component use from office sectors, and
minimal configuration and diagnostic efforts, all combined with preferred
real-time capability. EtherCAT takes a different route by combining
advantages of fieldbus technology with otherwise significant advantages
of Ethernet function. Available bandwidth is almost fully utilized and
expense reduced to a simple ASIC connection in the EtherCAT device.
EtherCAT requires no IP addresses, and its automatic configuration enables
high-performance machine control, capable of exchanging multiple
distributed signals with cycle times significantly below 100 μs. Further
supported is a variety of connection topology methodologies, including
star, tree, and ring types. As a result, EtherCAT offers unified, powerful
communication for the entire automation sector.
ADLINK EtherCAT Overview
ADLINK EtherCAT solution consists of an IEC 61131-3-compliant automation controller and time-deterministic I/O and motion control system,
defining a new category of EtherCAT solutions in realizing time-deterministic control over automatic process with high performance, easy
development, rugged construction, space efficiency and minimal total cost of ownership. The ADLINK solutions integrate hardware and
software elements, all dedicated to fast and high performance EtherCAT applications with many ready-to-use features to speed development,
deployment and expansion of IoT-based smart factories.
73
High Performance
Quad core processor enhances multitasking capability
The Intel® Atom™ E3845 processor at 1.91GHz provides maximum performance for ADLINK’s
Talos Series of EtherCAT master controllers. The high-end processor provides up to 6 times the
computing power of conventional single-core EtherCAT master controllers, maximizing supported
I/O for time-deterministic control. ADLINK's EtherCAT master controller, the Talos-3012, equipped
with quad-core Intel® Atom™ processor E3845, enables simultaneous multitask processing for a
full range of automation systems, including HMI, motion control, PLC, I/O, and communication
gateways, with each subsystem requiring unique controller profiles.
Time-Deterministic control
EtherCAT reaches new dimensions in network performance, with
update time for 1000 I/Os only 30 μs, including I/O cycle time.
ADLINK’s Talos series of EtherCAT controllers supports up to 64 axes
and 10,000 I/Os for time-deterministic control. What's more, EPS slave
systems support DC (distributed clock) to guarantee synchronization
of each slave, and the MDP (multiple device profile) features precise
local I/O synchronization for critical applications such as printing
machines, beverage processing & packaging.
Assured Interoperability
Limitation-free EtherCAT
motion control
Stepper Motor
for Rapid movement
ADLINK's EPS-7002 motion control module is controllable by
any 3rd party EtherCAT master thanks to full compliance with
CiA402 specifications, providing high flexibility for multi-axis
motion control on both EtherCAT & non-EtherCAT motors
(steppers, DD, generic servos), reducing TCO for complete
motion control systems.
DD Motor for
Rotary control
Servo Motor for
Loader/Unloader control
Linear Motor for
Stage control
Highly compatible with a wide variety of
3rd party EtherCAT system elements
ADLINK’s EtherCAT solution has been verified for
interoperability with a variety of EtherCAT servo drives and 3rd party
EtherCAT products, providing the flexibility to select whichever
EtherCAT elements are required.
In addition, ADLINK’s Talos series of EtherCAT master controllers and
EPS series of EtherCAT slave systems both support COE, FOE, EOE and
AOE, fully utilizing EtherCAT benefits.
www.adlinktech.com
74
Ease of development
Easy recognition across EtherCAT systems
ADLINK’s Talos series provides a complete IEC 61131-3 edition
environment supporting 5 common PLC syntaxes, and powered
by ADLINK softmotion, with the application-oriented function
and API providing ease of use and shortening development time.
ADLINK’s easy - to - use softwareutility, LinkMasterPro™ enables automatic
EPS module recognition across EtherCAT systems and generates
corresponding (ESI) XML files with selected slave assembly. LinkMasterPro
not only assists in EtherCAT configuration but also evaluates the functionality
of every single EPS system. With its Auto-slave-detection function, system
configuration has never been easier.
Intelligent Management and Robust Design
Self-diagnostic function protects user assets
ADLINK’s EPS slave systems feature new RISC processor, allowing users
to monitor the status of EPS modules and systems including overheating
detection, low power detection, slave health reporting, error handling,
and usage cycle of relay switching, as well as motion control status for
general purpose motor drive control. All information can be retrieved for
review via software or displayed by dedicated indicators, allowing the
status of a single module to be monitored.
Easy maintenance, reduced MTTR
The EPS slave system significantly eases system maintenance. Each slave module
is hot-swappable, allowing replacement with no need to power the system
down, reducing MTTR (Mean-Time-to-Repair), and the quick-removable connector
minimizes rewiring efforts.
Robust Design
ADLINK’s EtherCAT products feature compact construction with fanless
design, operable at -20°C to 60°C, with integral IP31-rated metal housing
for withstanding harsh operating conditions.
75
EtherCAT Selection Guide
EtherCAT Master
Controller
Model Name
Processor
Controllable Motion Axis
Controllable I/O Points
Control Cycle Time
RAM (Program & Data Memory)
Memory Retain Memory
Storage (Date Usage)
Field Bus Connectivity
Ethernet Connectivity I GbE
System Indicators
Programming Environment
Supply Voltage
Environment Certificate
Dimension
Talos-3012
Intel® Atom™ Processor E3845 1.9 GHz
64
Up to 10,000 points
250 us (min.)
2GB DDR3
Configurable on SD card
16 GB SSD / SD Card
I for EtherCAT
I GbE
3 User-defined
CoDesys v3
IEC 61131-3-Compliant
9-32 VDC wide-range DC input
Vibration: 5 Grms, 5-500Hz
Shock: 50G, Half Sine II ms duration
EMC: EN 550111 class A
-20 ° C~60 ° C (-4 °F to 140 °F)
120 (W) x 100 (D) x 55 (H) mm (4.68” 3.9” x 2.17”)
EtherCAT Slave System
and Modules
EPS-9905
with EPS-6000
Model Name
Installed Slots
Protection Type
Hot Swap
Operating Temp.
Dimension (mm)
Weight (estimated)
Power Consumption
Supply Voltage
Environment
Certificate
Model Name
I/O Type
Channel
Hot Swap
Input / Output Type
Input Range
(by Voltage/Current)
Sampling Rate
Resolution
Output Current
Capacity
Connector Type
EPS-9905 with EPS-6000
5 (max.)
IP31
Yes
-20~60 ° C
130 (L) x 110 (W) x 105 (H)
< 1,000 gram
6.6W
24Vdc (‚ ±10%)
Vibration: 5 Grms, 5-500Hz
Shock: 50G, Half Sine 11 ms duration
EMC: EN 55011 class A
Model Name
I/O Type
Channel
Hot Swap
Input / Output Type
Input Range
(by Voltag e/Current)
Sampling Rate
Resolution
Output Current
Capacity
Connector Type
EPS-7002
EPS-1132/ 2032/ 2132/
2308/ 3216/ 3032/ 7002
EPS-1132
Digital Input
32
Sinking
IEC 61131-2
Type 1/3, 2.3mA
<1ms
---
EPS-3504/ 4008
EPS-2032
Digital Output
32
Yes
Sourcing
EPS-2132
Digital Output
32
--
--
4KHz
--
4KHz
--
300mA / ch
300mA / ch
Sinking
Phoenix Contact DFMC
EPS-4008
Analog Output
8
Yes
Single-ended
100KHz
16 bit
EPS-3504
Terminal Input
4
Yes
RTD
RTD
(PT100, 500, 1000)
5-20Hz
24bit
100KHz
16bit
EPS-7002
Motion Control
2
Yes
Pulse-Train
PUS/DIR: 4MHz
ENC: 20MHz
-32 bit
--
--
5mA
--
EPS-2308
Relay Output
8
Yes
Relay
EPS-3216
Analog Input
16
Yes
Differential
EPS-3032
Analog Input
32
Yes
Single-ended /Differential
--
0~20mA
+/- 10V
5ms
-AC: 125V @ 0.5A
DC: 30V @ 2A
100KHz
16 bit
--
Phoenix Contact DFMC
± 10V
SCSI VHDCI 68p
www.adlinktech.com
76
ADLINK motion control solutions have been widely adopted,
to date driving over 500,000 axes industry-wide. ADLINK’s
extensive field experience has driven the development of
powerful, high performance motion controllers, embedded
controllers, time-deterministic I/O slaves, and comprehensive,
easy to use APIs. ADLINK’s proven support resources help
customers to overcome even the most critical challenges of
industrial automation.
ADLINK motion control solutions support a wide variety of
real-time industrial Ethernet-based communication and
control protocols, such as EtherCAT, Mechatrolink III, and
SSCNET III/H, as well as proprietary field buses, HSL and
Motionnet, reducing costs while increasing throughput and
accuracy.
Additionally, ADLINK’s one-stop service and highly integrated
portfolio of off-the-shelf data acquisition cards, motion
controllers, frame grabbers, and industrial computing platforms
continue to meet and exceed customer requirements,
supporting the setup of smart factories, further increasing
productivity.
77
Real-Time Industrial
Protocols
X86 / ARM based
Embedded Controller
Pulse Train Motion
Pulse train motion controllers generate high-frequency digital signals to
control servo motors and steppers, matching the performance and precision
positioning of high-powered servo amplifiers.
Visualization
DSP-Based Motion
Real-Time I/O Slave
System
Motion Controller
DSP-based motion controllers generate voltage commands to control
servo motors and brushless DC motors for enhanced performance,
precise positioning, and shortened response.
EtherCAT Solutions
ADLINK provides complete EtherCAT solutions, including IEC-61131-3
compliant automation controllers, time- deterministic I/O, and motion control
systems, increasing performance and precision control.
Distributed Motion
Distributed motion controllers include SSCNET (Servo System Network)
solutions and Motionnet technology. Wide-ranging axis control and multiple
I/O points, reduce both maintenance and cost burdens.
www.adlinktech.com
78
ADLINK Softmotion
ADLINK Softmotion provides dependable motion control, based on an efficient algorithmic
kernel, featuring basic motion functions such as point-to-point and interpolation, but also
variant vertical functionality for AOI, laser cutting, and semiconductor management, and
even robotic control. High precision and speed, together with enhanced synchronous
motion control, make ADLINK Softmotion a key player in reduction of operational
complexity and development period for a wide variety of industrial applications.
Compatible with numerous I/O connection types, Softmotion delivers maximum
synchronization between motion and I/O control, vastly improving application throughput.
Additionally, program download allows execution of multiple deterministic control flows
within a secured time period.
ADLINK’s customizability is further powered by its exclusive Softmotion utility, making it
a clear leader in the EtherCAT solution market.
Motion Control Applications
79
MotionCreatorPro 2
Introduction
ADLINK’s easy-to-use MotionCreatorPro 2 is a Windows-based application development software package included with ADLINK motion
controllers. Applicable time-domain and frequency-domain diagnostic tools are integrated for auto-tuning, frequency response analysis,
and motion & I/O data sampling. A Setup Wizard shortens system installation & evaluation time and allows monitoring of onboard DSP
& I/O consumption via a system diagnostic page. Powerful sampling pages and graphic tools deliver real-time motion and I/O status and
conduct further motion flow analysis.
MotionCreatorPro 2 provides
Axis configuration
Parameter tables
Axis control
Setup Wizard
Features
Management for ADLINK’s complete product line of motion
controllers and distributed I/O
Easy configuration of all servo and motion axis parameters
instantly via table settings
Motion axis operation and status monitoring support
Real-time data sampling for current position and speed, dedicated
motion I/O information
Auto-tuning tools
2D trajectory operation
HSL I/O status reporting by onscreen LED
Easy-to-debug system
32-bit Windows® 7 support
Frequency analysis
Auto-tuning
Point table
Data sampling
Benefits of MotionCreatorPro 2
Easy-to-use motion manipulation
Axis manipulation supports linear/circular interpolation.
Dedicated motion I/O status and interrupt event reporting
All dedicated motion and general-purpose I/O is monitored and
displayed on-screen.
Instant speed profile graphing
The speed profile can be viewed and simulated via a graphical interface,
and be adjusted simultaneously via the interface.
Fast design debugging
Simple and comprehensive hardware and software debugging
Servo and axis parameter setting replication with tables
The servo and axis parameters can be configured and reused by table
setting, and all parameter settings from indicated servos/axes can be shared
ADLINK Automation Software Architecture
www.adlinktech.com
80
Advanced DSP-based Servo Motion Controller
Full Closed-loop Control with High and Fast Response Time
for AOI/Gantry/Contouring Applications
High Performance & High Accuracy
Comprehensive Application Functions
ADLINK‘s new motion controllers incorporate up-to-date floating-point
DSP and FPGA technologies to provide advanced, flexible, and
comprehensive motion functions that cannot be achieved through
ASIC-based solutions. Leveraging ADLINK’s Softmotion technology and
easy-to-use utility, ADLINK's new motion controllers reduce
development time and costs up to 25%, while maintaining superior
throughput and accuracy with at least 10% growth.
ADLINK's motion controllers feature superior synchronous motion
control performance combined with point-table function integrating
multi-dimensional interpolation with enhanced trajectory and velocity
planning, for contouring applications in semiconductor, display, and
conventional manufacturing industries. Moreover, hardware-based
high speed position comparison and trigger output up to 1 MHz are
applicable in AOI applications. The PWM function also effortlessly
supports customer-developed laser cutting applications.
Easy-to-Use Utility
Integrated Automation Solution
MotionCreatorPro 2 Windows-based application development
software package provides a Setup Wizard, reducing system
installation & evaluation time and allowing full monitoring of onboard
DSP & I/O consumption via a system diagnostic page. Powerful sampling
page and graphic tools deliver real-time motion and I/O status, and
conduct further motion flow analyses.
ADLINK provides a fully integrated solution with vision and I/O
systems, motion control, and industrial platforms. With our complete
line of industrial automation products and utilities, customers benefit
from highly integrated solutions with optimized quality and reliability
with long-term support assurance.
81
Closed-loop Control with PID plus Feed Forward Gain
Program Download & Multi-Tasking
High-Speed Position Comparison & Trigger Output
Point-Table mixed Motion & I/O Control
Blend Motion
Position / Speed Override
Electronic-Gearing
Position / Velocity / Acceleration vs.Time
www.adlinktech.com
82
Motion Control Selection Guide
PCI
Model Name
PCI-8158
PCI-8154
PCI-8164
PCI-8102
Pulse Train
Motion Control
Number of Axes
Support Motor
8
4
4
2
servo/ stepper
servo/ stepper
servo/ stepper
servo/ stepper
6.55 MHz @ 1M, under 4 x
Encoder Input Frequency (Max)
AB phase
AB phase
AB phase
AB phase
Pulse Output Rate (Max)
6.55 Mpps
6.55 Mpps
6.55 Mpps
6.55 Mpps
Linear Interpolation
Any 2 to 4 of 4 axes
2 axes
Circular Interpolation
Any 2 axes
Any 2 axes
Any 2 axes
2 axes
Motion Features Helical Interpolation
√
√
Home Return Mode
13 (including auto homing) 13 (including auto homing) 13 (including auto homing) 13 (including auto homing)
Continuous Contouring
by 3 command buffer
by 3 command buffer
by 3 command buffer
by 3 command buffer
Motion Profile
T/S curve (Non-symmetric acceleration/deceleration settings are supported)
Dedicated Motion I/O
±EL/ORG/SVON/INP/ALM/RDY for each axis
DI/O Channels
8 DI / 8DO
4 DI / 4DO
6 TTL DO
16 DI / 16DO
Card Index Switch
√ (0 to 15)
√ (0 to 15)
√ (0 to 15)
Hardware Emergnecy Input
√
√
√
√ (with DB-8150,
√ (with DB-8150,
Position Compare
√ (up to 1 kHz by
√ (up to 15 kHz)
up to 1 MHz)
up to 2 MHz)
& Triggering
interrupt function)
Advanced
Backlash Compensation
√
√
√
√
Motion Function
Simultanous Move
√
√
√
√
Ring Counter Support
√
√
√
√
PCI
Model Name
PCI-8144
cPCI
PCI-8134A
cPCI-8168
Pulse Train
Motion Control
Number of Axes
Support Motor
Motion Features Helical Interpolation
Home Return Mode
Motion Profile
DI/O Channels
Card Index Switch
Hardware Emergnecy Input
Position Compare
& Triggering
Advanced
Backlash Compensation
Motion Function
Simultanous Move
Ring Counter Support
83
4
4
8
stepper
servo/ stepper
servo/ stepper
2.4 MHz @ 3 M
6.55 MHz @ 1M
2.4 Mpps
2.4 Mpps
6.55 Mpps
2 axes
Any 2 axes
1
8 auto homing by software
13 (including auto homing)
by 3 command buffer
T/S curve (Non-symmetric acceleration/deceleration settings are supported)
±EL/ORG/SVON/INP/ALM/RDY/SD
±EL/ORG/SVON/INP/ALM/RDY
±EL/ORG/SVON/INP/ALM/RDY
for each axis
for each axis
for each axis
8 DI / 8 DO
8 DI / 8 DO
√
-
-
√
-
√
-
√
√
PCI
Model Name
PCI-8254
PCI-8258
AMP-204C
AMP-208C
DSP-based Advanced
Motion Control
Number of Axes
Support Motor
Servo Update Rate
Trajectory Update Rate
Helical Interpolation
Motion Features
Home Return Mode
Gearing
Motion Profile
AI Channels
DI/O Channels
Card ID
Program Download
Position Compare
& Triggering
Advanced
PWM Control
Motion Function
Simultanous Move
E Gearing
4
8
4
8
servo/ stepper
servo/ stepper
servo/ stepper
servo/ stepper
20 MHz under 4 x AB phase
20 MHz@1M,under 4 x AB phase
20 KHz
1 KHz
1 KHz
6.55 Mpps
6.55 Mpps
Any 3 axes
Any 3 axes
Any 3 axes
Any 3 axes
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
User-defined
±EL/ORG/SVON/INP/ALM for each axis
±EL/ORG/SVON/INP/ALM for each axis
4 (12 bit garuantee)
8 (12 bit garuantee)
20 DI / 20 DO
24 DI / 24 DO
20 DI / 20 DO
24 DI / 24 DO
V (4-bit)
V (4-bit)
V (4-bit)
V (4-bit)
8 tasks
8 tasks
-
SSCNET
(Servo System Control NETwork)
SSCNET III
(Cycle Time: 0.888 ms)
Model Name
PCI-8392
up to 1 MHz
up to 1 MHz
up to 1 MHz
up to 1 MHz
2-CH
√
√
4-CH
√
√
2-CH
√
√
4-CH
√
√
SSCNET Distributed
Motion Control
Number of Axes
Gantry Control
Speed Profile
Dedicated Moiton I/O
16
Any 3 axes
3 Groups
T/S curve
Yes
PEL/MEL/ORG are on Mitsubishi J3B servos (CN3). All signal information will be monitored by SSCNET III protocol
www.adlinktech.com
84
Terminal Board & Cable Selection Guide
Motion Controller
PCI
PCI-8158
Pulse Train Motion
Advanced Motion
Motionnet/HSL
Distributed Motion
SSCNET
Distributed Motion
85
PCI
PCI-8154
PCI-8164
PCI-8134A
PCI
PCI-8102
cPCI
cPCI-8168
Cable
Terminal Board
SCSI-VHDCI
100P Cable
Servo Amplifier
100-pin
SCSI-II
DIN-100S-01
DIN-814-GP
DIN-814M0
DIN-814M-J3A0
DIN-814P-A40
DIN-814Y0
ACL-10137-1
DSUB 37-pin
DIN-37D-01
ACL-10568-1
68-pin
SCSI-II
DIN-68S-01
DIN-68M-J3A0
DIN-68M-J2A0
DIN-68Y-SGII0
DIN-68P-A40
DIN-68P-A40
General Type
Mitsubishi MR-J3A/J4A
Mitsubishi MR-J2S
Yaskawa Sigma V
Panasonic MINAS A4/A5
Delta A2
68-pin
SCSI-II
DIN-68S-01
General Stepper Drive
50-pin
SCSI-II
DIN-50S-01
ACL-102100-1
PCI
PCI-8144
ACL-10569-1
PCI
PCI-8124-C
ACL-10250-1
General Type
Mitsubishi MR-J2S-A
Yaskawa Sigma V
Delta A2
PCI
PCI-8254
ACL-102100-1
100-pin
SCSI-II
AMP-204C
PCI-8258
DIN-825-GP4
SCSI-VHDCI 100P
General Type
Yaskawa Sigma V
Delta A2
(through specfic cables)
AMP-208C
Cable
Motionnet/HSL Motion
PCI
PCI-7856
SSCNET III
PCI-8392
MNET-4XMO
MNET-4XMO-C
SSCNET Bus
MA-J3BUS M Cable
Servo Amplifier
HSL-4XMO-DM
HSL-4XMO-DP
HSL-4XMO-DY
4XMO-DA
4XMO-DM-J3
4XMO-OPEN
Servo Amplifier
Mitsubishi MR-J3B
Mitsubishi MR-J2S-A
Yaskawa Sigma V
Delta A2
Stepper/General Type
I/O
MR-J2HBUS Cable
Terminal Board
DIN-839-J3B0
Terminal Boards for Motion Control
For Mitsubishi Servos
DIN-814M-J3A0
DIN-68M-J3A0
DIN-839-J3B0
Terminal Board for Mitsubishi MR-J3A/
J4A Servo Amplifiers
Terminal Board for Mitsubishi MR-J3A/
J4A Servo Amplifiers
Terminal Board for Mitsubishi MR-J3B/
J4B Servo Amplifiers
●
Onboard Connector Type: 100-pin SCSI-II
●
On-board Connector Type: 68-pin SCSI-II
●
Dimensions:123 x 107 x 44 mm (W x L x H)
●
Dimensions: 103 x 83 x 43 mm (W x L x H)
(4.84” x 4.21” x 1.73”)
●
Mating Cable:
♦
ACL-102100-1: 100-pin SCSI-II cable , 1 M
(4.06” x 3.27” x 1.69”)
●
●
●
Mating Cables:
Dimensions:103 x 83 x 43 mm (W x L x H)
(4.06” x 3.27” x 1.69”)
Mating Cable:
♦
♦
ACL-10568-1: 68-pin SCSI-VHDCI cable, 1 M
♦
ACL-10569-1: 68-pin SCSI-II cable, 1 M
MR-J2HBUS M: controller to amplifier bus cable
For Yaskawa Servos
DIN-814Y0
DIN-68Y-SGII0
Terminal Board for Yaskawa Sigma V
Servo Amplifiers
Terminal Board for Yaskawa Sigma V
Servo Amplifiers
●
●
●
Dimensions: 123 x 107 x 44 mm (W x L x H) (4.84” x 4.21” x 1.73”)
●
Dimensions: 103 x 83 x 43 mm (W x L x H) (4.06” x 3.27” x 1.69”)
●
Mating Cable:
●
♦
Mating Cables:
♦
♦
For Panasonic Servos
DIN-814P-A40
DIN-68P-A40
Terminal Board with 100-pin SCSI-II Connector for
Panasonic MINAS A4/A5 Servo Amplifiers
Terminal Board with 68-pin SCSI-II Connector for
Panasonic MINAS A4/A5 Servo Amplifiers
●
●
●
123 x 107 x 44 mm (W x L x H) (4.84” x 4.21” x 1.73”)
●
Supports 500 k & 2 Mpps pulse frequency input options
●
Mating Cable:
●
♦
Mating Cables:
♦
♦
www.adlinktech.com
86
Terminal Boards for Motion Control
For General Purpose
DIN-37D-01
DIN-100S-01
DIN-68S-01
DIN-825-4M0
Terminal Board with One 37-pin D-sub
Connector and DIN-rail Mounting
Terminal Board with One 100-pin
SCSI-II Connector and DIN-rail Mounting
Terminal Board with One 68-pin SCSI-II
Terminal Board with 100-pin SCSI-II
Connector for General Purpose Servo
& Stepper (for PCI-8254/8258)
●
On-board Connector Type: 37-pin
●
Dimensions: 113 x 85 x 52 mm
●
(W x L x H) (4.45” x 3.35” x 2.05”)
●
Mating Cable:
♦
●
100-pin SCSI-II female
D-sub female
●
On-board Connector Type:
●
(W x L x H) (6.22” x 4.72” x 2.05”)
●
ACL-10137-1MM:
Mating Cable:
♦
37-pin D-sub male/male cable,1 M
●
ACL-102100-1:
Supports Voltage Command and
Pulse Command
Dimensions: 103 x 85 x 46.2 mm
(W x L x H) (4.06” x 3.35” x 1.82”)
●
Supports Specific Servos & Steppers by
Mating Cables:
●
Cable Selecting
ACL-10568-1:
●
♦
100-pin SCSI-II cable, 1 M
●
(W x L x H) (7.87” x 4.21” x 1.73”)
68-pin SCSI-VHDCI cable, 1 M
♦
ACL-10569-1:
●
Mating Cable:
♦
ACL-102100-1: 100-pin SCSI-II cable, 1M
DIN-50S-01
DIN-814-GP
DIN-825-GP4
DIN-825-4P0
Connector for General Purpose
Terminal Board with 100-pin
SCSI-II Connector for General
Purpose Servo & Stepper (for AMP204C/208C & PCI-8254/8258)
Connector for General Purpose Servo
& Stepper (for AMP-204C/208C)
●
●
by Cable Selecting
●
Plastic cover for protection of wiring
●
(W x L x H) (4.92” x 3.35” x 1.97”)
●
●
●
100-pin SCSI-II
●
●
●
Mating Cable:
♦
●
●
●
Supports Specific Servos & Steppers by
●
Cable Selecting
●
Mating Cable:
♦
ACL-102100-1:
♦
ACL-10137-1: 37-pin D-sub male/
male cable, 1 M
87
Supports Pulse Command and
General Purpose DI/O
by Cable Selecting
(W x L x H) (11.81” x 4.21” x 1.73”)
ACL-102100-1:
●
Supports Specific Servos & Steppers
100-pin SCSI II
(W x L x H) (5.75” x 3.35” x 1.73”)
Mating Cable:
♦
Supports Specific Servos & Steppers
(W x L x H) (7.87” x 4.21” x 1.73”)
●
Mating Cable:
♦
ACL-102100-1:
100-pin SCSI-II cable, 1M
♦
ACL-10137-1:
37-pin D-sub male/ male cable, 1M
Cable Accessories
HSL-4XMO-DM Cable
4XMO-DA Cable M
●
For Mitsubishi MR-J2S-A servo amplifiers
●
For Delta A2 servo series
●
Available for 1 M, 2 M, 3 M
●
Available for 3 M
HSL-4XMO-DP Cable
●
●
4XMO-DM-J3
For Panasonic MINAS A4/A5 servo amplifier
●
For Mitsubishi MR-J3 servo amplifiers
with brake control
●
Available for 2 M
Available for 1 M, 1.5 M, 2 M
HSL-4XMO-DY Cable
4XMO-OPEN Cable M
●
For Yaskawa Sigma V servo amplifier
●
For Stepper or general purpose
●
●
Available for 1 M, 2 M
MR-JCCBL M
MR-JHSCBL M
●
Encoder cable (for KFS series)
●
Encoder cable (for SFS series)
●
●
MR-J2HBUS M
ACL-50P M
●
Controller to amplifier bus cable
●
Controller to amplifier bus cable, 50-pin to 50-pin
●
Compliant with PCI-8392(H)
●
●
●
Suitable for Panasonic A4/A5 servo and Yaskawa Sigma V servo
MR-J2HBUS M(CAN)
ACL-50P M-OPEN
●
Controller to amplifier bus cable
●
Controller to amplifier bus cable, 50-pin to open wire
●
Compliant with PCI-8392(H)
●
●
●
Suitable for Panasonic A4/A5 servo and Yaskawa Sigma V servo
MA-J3BUS M
SCSI-VHDCI 100P Cable
●
SSCNET III fiber cable
●
SCSI-VHDCI 100-pin cable
●
Available for 0.15 M, 0.3 M, 0.5 M, 1 M, 3 M, 5 M
●
Compliant with PCI-8158
●
ACL-10568-1
●
68-pin SCSI-VHDCI cable
ACL-102100-1
●
(mating with AMP-787082-7), 1 M
ACL-10250-1
●
50-pin SCSI-II cable
ACL-10569-1
●
ACL-RRS- M
ACL-HHS- M
●
CAT5e, SFTP,
●
CAT5e, SFTP,
●
Two sides RJ45 type,
●
Two sides Hirose 3p type
●
Available for 1M, 3M and 5M
●
ACL-RHS- M
●
CAT5e, SFTP,
●
One side RJ45 type, another Hirose 3p type
●
ACL-10137-1MM
●
37-pin D-sub male/male cable, 1 M
www.adlinktech.com
88
Distributed Motion and I/O Solution
High-performance Motion Control of up to 256 Axes
and 2,016 I/O Control Points
Introduction
As the size of automation equipment increases, more motion axes and I/Os are required. Following this trend, ADLINK offers complete distributed
motion and I/O solutions targeting machine automation application and which combine a master controller and comprehensive distributed motion and
I/O modules as slaves. ADLINK's family of master controllers include the PCI-7856 PCI-based control board for standard applications, and the DPAC3000 ruggedized and compact fanless controller for applications requiring greater reliability and stability. ADLINK's family of slave modules includes the
MNET-J3, MNET-S23, MNET-MIA, MNET-DA2, MNET-SAN, and MNET-GP Motionnet distributed single-axis control modules, the MNET-4XMO series of
general-purpose 4-axis control modules, and comprehensive HSL digital and analog I/O modules.
Features
Applications
●
Longer distance on motion control and I/O control over 100 meters
●
Conveyor machines
●
Vast number of motion axes control & I/O control in line
●
Long distance LCD equipment
●
Motionnet & HSL can support up to 256 motion axes & 2,016 I/O points
●
Long distance solar cell machines
●
Real-time control & response
●
Injection machines
●
Motionnet provides time-deterministic motion control capability
●
Dispensing machines
●
HSL updates over 2,000 I/O points within 1 ms
●
PCB manufacturing machines
Motionnet Bus
Distributed Motion Control Solution
A Motionnet system (referred to as “MNET”) is a distributed motion solution for machine systems. MNET is an innovative distributed motion technology which
provides distributed motion axis control of up to 256 axes for any servo / stepper motor controlled using mater-slave architecture. This not only provides
general purpose 4-axis motion control, but also allows specific 64 of single axis motion control module to be scanned in millisecond-level in real time.
89
Distributed Motion and I/O Modules
Distributed Single-axis Motion Control Modules
Model Name
Number of Axes
Slave ID Consumption
Transmission Speed
Support Motor Name
Motion Home Return Mode
Features Programmable
Acceleration/
Deceleration
Motion Profile
Hardware Emergency Input
Position Compare & Trigger
High Speed Trigger
Path Move
MNET-J3
MNET-S23
MNET-MIA
MNET-DA2
MNET-SAN
1
1
2.5/5/10/20 Mbps
Mitsubishi J3A/
J4A series
6.55 MHz @ 4xAB
6.55 MHz
–
–
13
1
1
2.5/5/10/20 Mbps
1
1
2.5/5/10/20 Mbps
1
1
2.5/5/10/20 Mbps
Delta A2, AB series
SANYO R series
6.55 MHz @ 4xAB
6.55 MHz
–
–
13
1
1
2.5/5/10/20 Mbps
Panasonic MINAS A4,
A5 series
6.55 MHz @ 4xAB
6.55 MHz
–
–
13
6.55 MHz @ 4xAB
6.55 MHz
–
–
13
6.55 MHz @ 4xAB
6.55 MHz
–
–
13
√
√
√
√
√
T/S curve
√
√
1 KHz
–
–
T/S curve
√
√
1 KHz
–
–
T/S curve
√
√
1 KHz
–
–
T/S curve
√
√
1 KHz
–
–
T/S curve
√
√
1 KHz
–
–
Yaskawa Sigma V series
Distributed Single-axis
Motion Control Modules
Distributed 4-axis Motion
Control Modules
MNET-GP
MNET-4XMO/MNET-4XMO-C
Number of Axes
Slave ID Consumption
Transmission Speed
1
1
2.5/5/10/20 Mbps
Support Motor Name
Stepper & General Purposed
6.55 MHz @ 4xAB
6.55 MHz
–
–
13
4
1
2.5/5/10/20 Mbps
General purposed decicated
by cables
20 MHz @ 4xAB
9.9 MHz
Any 2 of 4 axes
–
28
√
√
T/S curve
√
√
1 KHz
–
T/S curve
√
√
100 KHz (MNET-4XMO-C only)
1 MHz (MNET-4XMO-C only)
2,048 points (total)
(MNET-4XMO-C only)
Model Name
Motion Home Return Mode
Features Programmable
Acceleration/
Deceleration
Motion Profile
Hardware Emergency Input
Position Compare & Trigger
High Speed Trigger
Path Move
–
Extension
Modules
Model Name
Controllable Axes
Input Channel
Output Channel
Transmission Speed
DST-HUB (For Motionnet)
–
1
3
5/10/15/20 Mbps
www.adlinktech.com
90
High Speed Link Bus Selection Guide
High Speed Link (HSL) is an innovative distributed I/O
technology based on the RS-485 open standard (supporting
full/half-duplex, multi-drop serial transmission and designed
for automation applications. An HSL system is a real-time I/O
control system based on master/slave network architecture.
Every slave module occupies 1-2 indexes. The HSL master
card scans all slave indexes by polling. Scanning every slave
index is time deterministic (the fastest response time is
15.1 μs). The network employs CRC-12 for error correction and
standard CAT-5 cables for point-to-point connections between
major components.
Master Site
HSL Master Controller
Slave Module 1
Slave Module 2
Slave Module N
ADLINK's HSL master board has up to two HSL network ports
and can connect up to 126 slave indexes. The slave modules can
also be placed near monitored or controlled I/O points, reducing
wiring and minimizing potential noise and signal loss.
As a result, HSL systems provide excellent solutions where
a single board can control over 2,000 I/O points or over 60
axes for motion control despite IPC resource limitations.
Deterministic scanning time also provides an easy and
stable way to build up the entire system.
Remote Site
Note: ID is the slave index
An HSL solution is the best choice for optimal high-speed and easily distributed
I/O systems, such as precision machine tools, industrial equipment (including
instrumentation and control systems), automation equipment, research facilities,
building administration systems, and conveyor systems.
Master Controllers
Model Name
Max. Slave Index Support
Transmission Speed
Transmission Mode
Max. Distance
PCI-7856
63 / 126
3/6/12 Mbps (software control)
Half/duplex mode (software control)
300 M at 12 Mbps
Digital I/O Modules
Model Name
Input Channel
Output Channel
ID Consumption
Transmission Speed
91
HSL-DI16DO16-UD
HSL-DI32-UD
HSL-DO32-UD
16 isolated DI
16 isolated DO
1
3/6/12 Mbps
32 isolated DI
2
3/6/12 Mbps
32 isolated DO
2
3/6/12 Mbps
Extension Modules
Model Name
Controllable Axes
Input Channel
Output Channel
ID Consumption
Transmission Speed
DST-HUB (For HSL)
HSL-Repeater
HSL-Terminator
1
2
3/6/12 Mbps
1 isolated DO
1
3/6/12 Mbps
1
3/6/12 Mbps
HSL M (Metal Cover) Series / HSL DB (Daughter Board) Series
Model Name
Input Channel
Output Channel
ID Consumption
Transmission Speed
Mating Terminal Boards
HSL-DI16DO16-M-NN /
HSL-DI16DO16-DB-NN
HSL-DI32-M-N /
HSL-DI32-DB-N
HSL-DO32-M-N /
HSL-DO32-DB-N
16 isolated DI
16 isolated DO
1
3/6/12 Mbps
32 isolated DI
2
3/6/12 Mbps
32 isolated DO
2
3/6/12 Mbps
M Series: HSL-TB-32-MD, HSL-TB-32-M-DIN M Series: HSL-TB-32-MD, HSL-TB-32-M-DIN M Series: HSL-TB-32-MD, HSL-TB-32-M-DIN
DB Series: HSL-TB-32-U-DIN, HSL-TB64
HSL M (Metal Cover) Series / HSL DB (Daughter Board) Series
Model Name
HSL-R8DI16-M-N
HSL-AI16AO2-M-M-VV
Input Channel
Output Channel
ID Consumption
Transmission Speed
Mating Terminal Boards
16 isolated DI
8 relay output
1
3/6/12 Mbps
HSL-TB32-M-DIN
16 analog input
2 analog output
2
3/6/12 Mbps
HSL-TB32-M-DIN
www.adlinktech.com
92
Discover the Power of ADLINK PXI/PXIe Testing
PXI Express Chassis
PXIe
Controllers
HDMI A/V
Capture Cards
Digitizers
DAQ Modules
Expansion
Modules
Why ADLINK
As a leading provider of PXI products in Asia’s test & measurement market, ADLINK has devoted its extensive field
experience to the PXI platform. After more than ten years and developing more than 100 PXI products for automation
and testing, and as a sponsor member of the PXI System Alliance, ADLINK continues to expand PXI and PXI Express
offerings with innovative products, meeting the unique needs of high-speed and high-bandwidth applications, such as
spectral monitoring and signal intelligence.
ADLINK PXI/CompactPCI Product Offerings
3U/6U Chassis
3U/6U Controller
PCI/PCIe-to-PXI Expansion Kit
Ethernet/SCSI/VGA/LCD/ATA-100/IEEE-1394 Interface Module
High-Speed Digitizer
Multi-Function DAQ Module
Sound & Vibration Module
Digital I/O Module
Serial Communication Module
Motion Control Module
Video Capture Module
Switch Module
ADLINK PXI Product Benefits
Reliability and Compatibility
PXI is an ideal deployment platform for measurement and automated test systems. ADLINK sets compatibility tests as critical for
verifying our products, and ensure complete compatibility. ADLINK guarantees rugged, highly reliable, solidly developed PXI products.
Large Selection of PXI Instruments and Modules
ADLINK provides instrumentation modules for data acquisition and digital I/O with PCI, PCI Express, PXI, and USB buses; digitizers with
high-dynamic-range, low-distortion measurements using high-resolution digitizers ranging from 14 to 24 bits of resolution, application-driven
modules, like the high-resolution modules for sound & vibration modules, and switch multiplexers. In addition to these measurement
modules, motion control and vision modules are also available from ADLINK for tight integration of machine automation into PXI chassis.
Competitive Price/Performance Ratio Solutions
With the advantages of PC industry innovation and manufacturing, and by natively leveraging PC technologies of PXI, ADLINK adopts the
latest technology and improves cost reduction. With a rich history in measurement and automation, as well as in hardware design and
software integration, ADLINK provides a broad portfolio of high performance products with higher speed/bandwidth bus interfaces.
93
ADLINK PXI Platforms
Innovative Cooling Mechanism
Intelligent Chassis Management
ADLINK positions cooling fans in the rear section of the chassis,
drawing cool air through lower apertures and exhausting through
the back. Uniform airflow for each PXI slot results, for exceptional
cooling. When installed in a rack, the cooling design minimizes
hot air intake from the rear, separating airflow for modules and
power supplies, while isolating noise source (fan) from modules
and maintaining a steady internal temperature.
Intelligent monitoring provides protection, adjustment, and
moderation of the system for operational stability. Five sets of
sensors on the upper portion of the backplane monitor and control
internal temperature, fan speed, and DC voltages. Programmable
settings allow the system to be configured to increase fan speed
when temperature rises, maintaining temperature control and
conserving energy.
Innovative cooling mechanism &
intelligent chassis management
PCI Express & PCI bus architecture
Choice of slot capacities
System slot accepts embedded
controller or remote controller
High quality system power supply
and integrated cooling & EMC design
Fully interoperable with
CompactPCI peripheral modules
Portable, bench top, or rack-mount
installation
Integrated timing &
synchronization buses
Standard Windows OS & software
Remote Ethernet/LAN control
Interface to GPIB, USB & Ethernet/
LAN instruments
System timing slot can trigger
peripheral modules through star
triggers using system timing module
Powerful Embedded Controller
High Performance Backplane
The ADLINK PXI embedded controller, based on the Intel®
processor family, is specifically suited for hybrid PXI-based testing
systems, delivering a rugged yet stable platform for a wide variety
of testing and measurement applications. The PXI embedded
controllers sport integrated CPU, HDD or SSD, and RAM, and provide
ample interface flexibility, including one Gigabit Ethernet port for
LAN connection and one for controlling LXI instruments, USB ports
for peripheral devices and USB instrument control, and a Micro-D
GPIB connector for GPIB instrument connection.
ADLINK chassis use high-speed PCI Express and/or PCI bus, as well
as advanced timing and triggering for demanding measurement
and automation applications, such as:
10 MHz clock signal available to all modules
PXI trigger bus –timing and triggering bus passing and receiving
high-speed timing and triggering signals.
PXI Express and extension to PXI provide:
100 MHz differential clock
Differential star triggers
Up to 4 GB/s per slot dedicated bandwidth
www.adlinktech.com
94
Selection Guide
PXI/PXIe Controller
Embedded Controller
Remote Controller
With no need for an external PC, a complete system is housed in the
PXI chassis. Embedded controllers include standard features such as
integrated CPU, hard drive, memory, Ethernet, video, serial, USB, and
other peripherals. Both PXI and PXI Express are available, for OS
including Windows and LabVIEW Real-Time.
PXI remote control kits control PXI systems directly from desktops,
or server computers. PC control of PXI consists of a PCI/PCI Express
board in the computer and a PXI/PXI Express module in slot 1 of
the PXI system, connected by a copper cable.
Embedded Controller
PXIe
Type
Module Height
Processor
Memory
HDD
Slot Occupied
Supported Operating System
PXI
PXIe-3985
PXIe-3975
PXI-3980
High Performance
3U
Intel® Core™ i7-4700EQ
2.4 GHz Quad-Core
DDR3L 4 GB/8 GB up to 16 GB
SATA 500 GB
4
Windows 7 x32/x64
Main Stream
3U
Intel® Core™ i5-520E
2.4 GHz Dual-Core
DDR3 4 GB/8 GB
SATA 320 GB
3
Windows 7 x32/x64
High Performance
3U
Intel® Core™ i7-2715QE
2.1 GHz Quad-Core
DDR3 4 GB/8 GB up to 16 GB
SATA 500 GB
3
Windows 7 x32/x64
PCIe-PXIe-8638
PCI-8570/PXI-8570
PCIe-8560/PXI-8565
PCIe gen2 x8
StarFabric
PCIe gen1 x1
1
2
1
4 GB/s
Copper
5
132 MB/s
Copper
10
132 MB/s
Copper
7
Remote Controller
Communication Technology
Links per PCI Express or
PCI Board,Maximum
Sustained Throughput
Cable Material
Maximum Cable Length (m)
95
PXI vs. PXI Express
Bus
PXI Express features the same enhanced mechanical integrity
as the PXI system, with the added advantage of a PCIe bus
delivering up to 12 GB/s bandwidth. The increased bandwidth
recommends the PXIe system as an excellent platform for high
bandwidth applications such as high frequency and resolution
IF/RF systems, high speed digital interfaces, and high channel
count data and high speed image acquisition environments.
PXI Express Chassis
Module Height
Overall Size
Total Slots
PXI Express System Slot
PXI Express System Timing Slot
Slot
PXI Express Hybrid Slot
PXI Express Peripheral Slot
PXI-1 Peripheral Slot
Maximum Bandwidth per Slot
Maximum System Bandwidth
Extended Operating Temperature Range
Note
System bandwidth
Peripheral slot bandwidth
PXI instrument signal
Accepted controller
Accepted modules
PXI
PXI Express
PCI 32-bit
132 MB/s for all
controllers and
chassis
132 MB/s shared bus
8 line trigger bus 1
single ended star trigger
10 MHz clock
PXI controller
PXI, cPCI
PCIe + PCI 32-bit
Up to 12 GB/s, based on
controller and chassis
combination
Up to 4 GB/s peer-to-peer bus
All PXI instrument signals
PLUS 3 differential star
triggers 100 MHz clock
PXIe controller
PXI, cPCI, PXIe, cPCIe
PXES-2780
PXES-2590
3U
4U
18
1
1
10
6
0
4 GB/s
8 GB/s
0°C to 55°C (32˚F to 131˚F )
Smart PXIe link routing change
3U
4U
9
1
1
7
0
0
2 GB/s
7 GB/s
0˚C to 55˚C (32˚F to 131˚F)
Compatible with PMK-1524 Portable accessory kit
*All ADLINK PXIe chassis support industrial low ripple/noise power supply, enhanced cooling design, and smart system monitoring.
PXI Chassis
Module Height
Overall Size
Total Slots
Compatible Controller Size
Maximum System Bandwidth
Industrial, Low Ripple/Noise
Power Supply
Extended Operating
Temperature Range
Enhanced Cooling Design
Smart System Monitoring
Note
PXIS-2719A
PXIS-2508
PXIS-2700/2670/2630
PXIS-3320
3U
4U
19
3
132 MB/s
3U
4U
8
3
132 MB/s
3U
4U
18/14/8
4
132 MB/s
6U
9U
15
2*
132 MB/s
Redundant Power Supply
(PXIS-2700)
System slot can accept two
slot-width 6U cPCI controller
V
0˚C to 55˚C
(32˚F to 131˚F)
V
V
0˚C to 55˚C
(32˚F to 131˚F)
V
*Enhanced Cooling Design: Adapts rear fan placement for uniform airflow for each PXI slot, delivering exceptional cooling.
*Smart System Monitoring: Built-in system monitoring controller monitors and manages full chassis status, including internal temperature and fan speed.
www.adlinktech.com
96
Wide Selection of Modular Instruments
Overview
From entry-level to high-end, data acquisition to digital input/output, ADLINK provides a diversity of modular instruments with market-leading
price/performance ratio, for bigger and better measurement and automation systems. Now high-speed digitizer, switching, simultaneous data
acquisition, high-density multi-function data acquisition, analog output, digital multimeter, and arbitrary waveform generator categories are all
available.
High-Speed Digitizers
Digitizers offer quick and precise input signal acquisition and are widely used in IC testing, video testing, automatic test equipment, radar and
sonar testing, among others. Digitizers optimized for automated test take advantage of the high-throughput PXI and PXI Express buses to lower
test times, and offer picosecond-level synchronization between modules. ADLINK provides full spectrum modules including the PXIe-9848 8-CH
14-bit 100 MS/s digitizer, the PCI/PXI-98X6 Series with 4-CH 16-bit and 10/20/40 MS/s, the PXIe-9852 with 2-CH 14-bit 200MS/s performance,
and many other choices.
Dynamic Signal Analyzer
A dynamic signal analyzer provides highly accurate measurements and analysis widely used in audio testing, acoustic measurements,
environmental noise testing, vibration analysis, NVH measurement, machine condition monitoring, and rotating machinery evaluation.
ADLINK’s PCI/PXI-9527 features a high resolution of 24 bits, two analog inputs with sampling rates up to 432 kS/s and two analog outputs with
update rates up to 216 kS/s. The PCI/PXI-9527 offers the flexibility needed to create a wide variety of automatic test systems with optimal
cost-performance.
Switches
Switches are widely used in automatic test equipment (ATE), process control systems, data acquisition systems, etc. ADLINK offers several types
of switches to meet your application requirements. ADLINK switches include 16-CH general-purpose relays, 24-CH scanners or multiplexers,
and a 32 cross-point two-wire matrix.
97
Digitizer Applications
For quantifying and analyzing physical energy
Leveraging processing power and high-resolution display of PC – PC-based oscilloscope
Defining custom measurement functions by software, such as spectrum analysis,
frequency domain analysis, rise/fall time of signals, and more
2-CH
Digitizers v.s. DAQs
How to make the choice between a Data Acquisition
(DAQ) board and a High-Speed Digitizer?
The difference between a digitizer and standard DAQ is the sampling rate and the bandwidth.
A digitizer can extend its sampling rate from MS/s to GS/s grade, and the bandwidth can also
extend from 10 MHz to GHz. Additionally, the input impedance
or the module’s memory capacity can provide more options for use in different
application environments. Given the features of what are referred to as high-h signals, only a
digitizer with high sampling rate and high bandwidth can successfully
accomplish the task.
Sampling rate from MS/s to GS/s
Input impedance : 50 Ω, 75 Ω,…high impedance
Bandwidth ranges from 10 MHz to GHz
Onboard memory support (512 MB, 1 GB, …)
www.adlinktech.com
98
Selection Guide
Digitizer
Form Factor
Channels
Sampling Rate
Input
Resolution
Onboard
Memory
Digital Input
Module Name
16-Bit
512 MB
-
-
PCI-9846
PCI-9826
PCI-9812A
PCI-9812
PCI-9810
PCI-9816
PCI-9820
40 MS/s
4-CH
PCI
PCIe
2-CH
10 MS/s
65 MS/s (External)
60 MS/s (Internal)
4-CH
80 MS/s
2-CH
200 MS/s
40 MS/s
10 MS/s
100 MS/s
200 MS/s
PXI
4-CH
PXIe
8-CH
2-CH
10-Bit
16-Bit
128 k samples
32 k samples
32 k samples
512 MB
14-Bit
512 MB
-
1 GB
3-CH
1 GB
2-CH
-
12-Bit
20 MS/s
16-Bit
12-Bit
14-Bit
16-Bit
512 MB
14-Bit
512 MB
1 GB
3-CH
PCIe-9834
PCIe-9814
PCIe-9852
PXI-9846
PXI-9816
PXIe-9848/9848H
PXIe-9852
Dynamic Signal Analyzer
Analog Input
Form
Factor
PCI
PCIe
PXI
PXIe
99
Analog Input
Channels
4+4 (4-ch load cell
inputs & 4-ch general
purpose AD)
2
8
2
8
Max.
Sampling
Rates (S/s)
Analog Output
AD
Resolution
(bits)
256 K
Up to 30 kS/s
432 kS/s
192 kS/s
432 kS/s
192 kS/s
FIFO Size
(sample)
Voltage
Output
Channels
2
24
2048
2
-
Digital IO
Module
Name
Update
Rate (S/s)
DA
Resolution
(bits)
Digital IO
5K
16
8 DI, 8 DO
(Isolated)
PCI-9524
216 kS/s
216 kS/s
-
24
24
-
-
PCI-9527
PCIe-9529
PXI-9527
PXIe-9529
Software Selection Guide
Products
Digitizers
High
Resolution
PCI-9810
PCI-9812
PCI-9820
PCI/PXI-9816
PCI-9826
PCI/PXI-9846
PXIe-9848/9848H
PCIe-9814/9834
PCIe/PXIe-9852
PCI-9524
PCI/PXI-9527
PCIe/PXIe-9529
Windows®
(Note1)
Linux®
(Note2)
PCIS-DASK
PCIS-DASK/X
WD-DASK
WD-DASK/X
PCIS-DASK
PCIS-DASK/X
DSA-DASK
-
Driver and SDK
LabVIEW™
(Note3)
Visual
Studio.NET
(Note4)
Software Utility
MATLAB®
(Note5)
PCIS-DASK
DAQPilot
DAQPilot
WD-DASK
DAQ-MTLB
PCIS-DASK
DAQ-MTLB
DSA-DASK
-
AD Logger
v
v
v
-
Note.
(1) Windows Support for Windows 2000/XP, and Windows 7/8 x64/x86
(2) Linux Support for Ubuntu 12.04.1 LTS, Fedora Core 17, and OpenSuSe 12.1
(3) Compatible with LabVIEW™ 8.0 and above
(4) Compatible with Visual Studio .NET 2005/2008, DASK for API
(5) MATLAB® Data Acquisition Toolbox 2.2 (and above) compliant
PXI Switch Modules
Model Name
Description
No. of Channel
Relay Type
Max. Switching Current
Max. Switching Voltage
Max. Switching Power
Max. Carrying Current
Failure Rate
Contact Resistance
PXI-7901
General-purpose
16
SPDT (1 Form C)
3 A @ 20 VDC
220 VDC, 250 VAC
50 VA, 60 W
3A
10 μA @ 10 mVDC
150 mΩ max.
PXI-7921
Two-wire Multiplexer
24 (two-wire) 48 (one-wire)
DPDT (2 Form C)
2 A @ 30 VDC
220 VDC, 125 VAC
50 VA, 60 W
2A
10 μA @ 10 mVDC
100 mΩ max.
PXI-7931
4-groups 2x4 Two-wire Matrix
32 (two-wire)
DPDT (2 Form C)
2 A @ 30 VDC
220 VDC, 125 VAC
50 VA, 60 W
3A
10 μA @ 10 mVDC
150 mΩ max.
www.adlinktech.com
100
ADLINK Data Acquisition
Overview
ADLINK's wide range of PC-based data acquisition modules support analog input, load cell sensor measurement, analog output, digital I/O,
relay outputs, and timer/counter boards. Tailored to a wide range of applications and available in a variety of form factors including USB, PCI,
PCI Express, PXI, CompactPCI, PC/104+, and ISA, ADLINK's data acquisition modules embrace more than one hundred DAQ and DIO modules.
All ADLINK boards support NI® LabVIEW™, MATLAB® Data Acquisition Toolbox™, Microsoft® Visual Studio .NET, and Provide Ready to Run
Applications providing fast startup of ADLINK data acquisition modules without any programming requirement.
ADLINK Comprehensive Product Offerings
101
USB DAQ
PCI Express DAQ
General-Purpose DAQ
High-Performance DAQ
Analog Output
Digital I/O High-Speed DIO
Load Cell Measurement
Timer/Counter
Selection Guide
Selecting the right hardware, software, and accessories
PC-based data acquisition systems primarily utilize a combination of measurement hardware, accessories, and software to provide a flexible
system for automating measurement, acquiring important data for analysis, and presenting the result. Even so, such systems can constitute
a wide variety of different configurations and address multitudes of diverse applications. It is necessary, accordingly, to determine the various
parameters of use for the DAQ system, such as type of measurement, optimum interface, accuracy levels and output resolution at each data
collection point, the required number of channels, data collection speeds, and sampling rate. This selection guide provides basic overviews
and specifications for ADLINK data acquisition hardware, related accessories, and supporting software. We’ve provided these simple steps to
guide you through the process of selecting the very best ensemble of components for your data acquisition system:
Step 1: Hardware Selection
Select the hardware required to best suit your measurement applications. ADLINK provides a variety of boards for analog and digital I/O
needs, with PCI, PCI Express, PXI, CompactPCI and USB products available.
Step 2: Accessory Selection
Terminal boards
Most applications require additional accessories, normally
acquired as separate items.
Cables
Step 3: Software Selection
More than any other single factor, software can influence
system startup time, overall effectiveness, suitability for
your application, and ease of modification.
Operating
System
Software
Compatibility
Software
Recommendations
Hardware
Category
Page
PCI/PCIe/PXI/cPCI/USB Module: Analog Input/Output
105
Digital Input/Output
106
Accessory
Category
Page
Comparison table of terminal boards and cables
109
Terminal boards and cables selection table
110
Software
Category
Page
Primary modules and software selection tables
107
http://www.adlinktech.com/DAQ/Software/
8 steps to get ADLINK products ready
www.adlinktech.com
102
Get Connected with ADLINK USB DAQ/DIO Modules
Portable, Reliable and Flexible USB DAQ/DIO Modules
ADLINK's USB DAQ/DIO modules leverage the expertise of ADLINK’s analog and digital design capability deliver high-performance measurement
while benefiting from the simplicity and portability of USB interfaces. Enable accurate, fast, simple setup by providing built in signal conditioning,
USB-powered, and plug-and-play USB connectivity. Reducing manpower requirements and associated development costs while increasing overall
accuracy, ADLINK's USB DAQ/DIO modules are the optimum solution for most measurement and industrial control applications.
Features Highlights
103
Built-in Signal Conditioning
Extra Signal Conditioning
DAQ Card & Cable & Terminal Board
Ready-to-Use ADLINK U-Test Utility
U-Test is a free ready-to-use testing program allowing configuration and test data acquisition with no programming required.
Easy out-of-the-box configuration and generation of simple functions , including full data monitoring, logging and FFT analysis
is easy and fast, with no programming requirment.
No programming necessary for operating and full function testing
of ADLINK USB DAQ/DIO
Intuitive interface for data monitoring and logging, waveform
generation, and digital I/O control panel use as virtual instrument
Useful analysis functions, such as direct cursor measurement of
traces and real-time FFT analysis
Data exportable to Microsoft Excel for offline analysis
Supports auto-recollection of configuration settings for future use
ADLINK USB DAQ/DIO Modules Offering
Analog Input
Analog Output
Digital I/O
16 SE/8 P-DI
250 kS/s
16-Bit
16 SE/8 P-DI
250 kS/s
16-Bit
8 Current-IN
250 kS/s
16-Bit
4 DI 2 MS/s 16-Bit
4 DI
(Universal for voltage/current/full-bridge/half-bridge/TC/RTD/resistor)
2 kS/s
24-Bit
2
1 MS/s
16-Bit
2
1 MS/s
16-Bit
-
8 DI/4 DO
TTL
8 DI/4 DO
TTL
8 DI/4 DO
TTL
8 DI/4 DO, TTL
-
4 DI/2 DO
-
USB-7230
-
-
USB-7250
-
-
USB-2405
4 DI, 128kS/s, 24-Bit (AC/DC coupled)
-
TTL
16-CH Isolated DI
16-CH Isolated DO
2-CH Counters
8-CH Relay
8-CH Isolated DI
2-CH Counters
2 GPIO
USB-1901
USB-1902
USB-1903
USB-1210
USB-2401
www.adlinktech.com
104
Analog Input/Output Cards
Interface
Analog Input
Analog Output
No. of
Channels
Sampling
Rate(Max.)
Resolution
16-CH
250 kS/s
16-Bit
2MS/S
16-Bit
No. of
Channels
Digital I/O
Update
Resolution Waveform
Rate(Max.)
Generator
Model Number
No. of
Channels
USB-1901
USB
4-CH
128kS/S
2MS/S
500kS/S
250kS/S
96-CH
64-CH
3MS/S
500kS/S
24-Bit
14-Bit
250kS/S
16-CH
100kS/S
4-CH
400kS/S
12-Bit
2 GPIO
USB-2405
YES
DAQ/DAQe-2005
DAQ/DAQe-2006
16-Bit
2-CH
12-Bit
YES
DAQ/DAQe-2205
DAQ/DAQe-2206
Static
1MS/S
8 DI/4 DO
16-Bit
YES
16 DI/16 DO
2-CH
16-Bit
1-CH
12-Bit
2-CH
4-CH
14-Bit
8-CH
1MS/S
12-Bit
24 DI/24 DO
YES
16 DI/16 DO
Static
12-Bit
1MS/S
24 DI/24 DO
YES
4 DI/4 DO Isolated
Static
4 DI/4 DO
16-CH
14-Bit
16-Bit
PXI
8-CH
250kS/S
16-Bit
16-CH
250kS/S
16-Bit
3MS/S
12-Bit
96-CH
64-CH
500kS/S
250kS/S
8-CH
4-CH
CompactPCI
64-CH
16-Bit
400kS/S
14-Bit
250kS/S
16-Bit
Simultaneous Sampling
250kS/S
PCI-9223
PCI-9113(3)
DAQ/DAQe-2213
DAQ/DAQe-2214
PCI-9111HR(1)
PCI-9112
DAQ/DAQe-2501
DAQ/DAQe-2502
PCI-6308V
PCI-6308A(2)
PCI-6208A(2)
PCI/PCIe-6216V
PXI-2010
2-CH
1MS/S
12-Bit
YES
24 DI/24 DO
PXI-2005
PXI-2006
4 DI/4 DO
PXI-2020
PXI-2022
PXI-2208
PXI-2204
2-CH
1MS/S
12-Bit
YES
24 DI/24 DO
4-CH
8-CH
PXI-2206
PXI-2502
8 DI/8 DO
16-CH
PXI-2205
PXI-2501
8-CH
Static
16-Bit
(1) HR: High gain
(2) PCI-6x08A: Current Output available
(3) Isolated analog input card
(4) Current input: 0~20 mA
(5) Universal input: Support voltage/current input, full/half bridge, TC, RTD, resistance measurement.
105
PCI-9222
PCI/PCIe-6208V
16-Bit
500kS/S
PCI-9221
PCI-9114 Series
16 DI/ 16 DO
12-Bit
8-CH
4-CH
DAQ/DAQe-2208
DAQ/DAQe-2204
1MS/S
12-Bit
2MS/S
USB-1903(4)
USB-2401(5)
250kS/S
100kS/S
8-CH
1MS/S
12-Bit
16-Bit
USB-1902
4 DI/2 DO
24 DI/24 DO
Encoder
Inputs
PCI/PCI Express
32-CH
8 DI/4 DO
YES
DAQ/DAQe-2010
2-CH
16-Bit
250kS/S
500kS/S
16-Bit
USB-1210
250kS/S
16-CH
1MS/S
Simultaneous
Sampling
2kS/S
2-CH
4 DI/4 DO
cPCI-9116
cPCI-6216V
cPCI-6208V
Digital Input/Output Cards
Type
Digital Input
Range
Range
Driver
Type
16-CH
16-CH
5-35 V
Power MOSFET
Isolated
8-CH
8-CH
0-28 V
128-CH
Isolated
64-CH
USB
0-24 V
Relay DO
High-Density
Isolated DIO
DIO Update
No. of
Channels
Isolated DIO
No. of
Channels
Digital Output
30 VDC, 2A
Tiemr/
Counter
Update
Rate(Max.)
USB-7230
2-CH/32-Bit
Relay
125VAC, 0.5A
64-CH
5-40V
PCI-7442
Power MOSFET
PCI-7444
PCI-7433
64-CH
Isolated
16-CH
Isolated
DIO
32-CH
0-50 V
Isolated
PCI-7233
32-CH
16-CH
5-35V
PCI-7432, PCIe-7432
Darlington
PCI/LPCI/LPCIe-7230
64-CH
32-CH
USB-7250
PCI-7443
128-CH
0-24 V
Model Number
PCI-7433HIR(3)
PCI-7432HIR, PCIe-7432HIR(3)
32-CH
64-CH
2-CH
32-CH
16-CH
16-CH
PCI-7434
5-35V
Darlington
350 V, 0.12 A
PhotoMos Relay
PCI-7258
Latching Relay
PCI-7256, PCIe-7256
High-Power Relay
PCI-7260
Relay
PCI/LPCI/LPCIe-7250
PCI-7234
125 VAC, 0.5 A
30 VDC, 1 A
Relay DO
0-24 V
250 VAC, 5 A
Isolated
8-CH
8-CH
30 VDC, 5 A
120 VAC, 0.5 A
24 VDC, 1 A
High-Speed
DIO
1.8V/2.5V/3.3V
1.8V/2.5V/3.3V
SW Selectable
32-CH S/W Programmable
32-CH
SW Selectable
32-CH
200 MB/s
PCIe-7350
400 MB/s
PCIe-7360
80 MB/s
PCIe-7300A
12 MB/s
PCI/PCIe-7200
PCI-7396
TTL DIO
5 V TTL
PCI/PCIe-7296(1)
5 V TTL
PCI/PCIe-7248(1)
Timer/
8-CH
PCI-7224(1)
10-CH/16-Bit
8-CH
PCI-8554
Counter
Isolated DIO
0-24 V
64-CH
Isolated
32-CH
cPCI-7433
32-CH
64-CH
Relay DO
0-24 V
16-CH
8-CH
cPCI-7434
120 VAC, 0.5 A
Timer/Counter
0-24 V
cPCI-7252
Relay
8-CH
cPCI-7300
80 MB/s
DIO
TTL DIO
cPCI-7432
Darlington
24 VDC, 1 A
Isolated
High-Speed
5-35 V
5 V TTL
8-CH
1-CH/32-Bit Timer
& 64-Bit Counter
10-CH/16-Bit
cPCI-7248
cPCI-8554
(1) Opto-22 compatible (2) with 6U Eurocard form factor (3) HIR: High input range
www.adlinktech.com
106
Software Selection Guide
Products
Windows®
(Note1)
Linux®
(Note2)
Mac®
(Note3)
Driver and SDK
LabVIEW™
(Note4)
Visual
Studio.NET
(Note5)
Software Utility
MATLAB®
(Note6)
Others
DAQ/DAQe/PXI-2005
√
-
-
DAQ/DAQe/PXI-2006
√
-
-
High-Performance DAQ
DAQ/DAQe/PXI-2010
√
-
-
PXI-2020
√
-
-
PXI-2022
√
-
-
√
-
-
√
-
-
√
-
-
√
-
-
DAQ/DAQe-2213
√
-
-
DAQ/DAQe-2214
√
-
-
DAQ/DAQe/PXI-2501
√
-
-
DAQ/DAQe/PXI-2502
√
-
-
√
-
-
√
-
-
PCI-9223
√
-
-
PCI-9111DG
√
-
-
DAQ/DAQe/PXI-2204
DAQ/DAQe/PXI-2205
DAQ/DAQe/PXI-2206
D2K-
D2K-
DASK
DASK/X
DAQPilot
DAQ/DAQe/PXI-2208
D2K-DASK
DAQ_MTLB
PCI-9221
PCI-9222
PCIS-DASK PCIS-DASK/X
-
General-Purpose DAQ
PCI-9111HR
√
-
-
PCI-9112
√
-
-
√
-
-
√
-
-
√
-
-
PCI-9113A
PCI-9114A-DG
-
DAQPilot
PCIS-DASK
DAQ_MTLB
PCI-9114DG
USB DAQ
PCI-9114A-HG
√
-
-
cPCI-9116
√
-
-
USB-1210
-
√
-
USB-1901
-
√
-
USB-1902
-
√
-
USB-1903
-
√
-
-
√
-
USB-2401
UD-DASK
UD-DASK/X UD-DASK/M
DAQPilot
UD-DASK
-
USB-2405
-
√
Visual Signal DAQ
Express
USB-7230
-
√
-
USB-7250
-
√
-
Note:
(1) Support for Windows 2000/XP and Windows 7/8 x64/x86
(2) Linux
-UD-DASK/x support for Ubuntu 14.04.3 LTS (only x86_64)
-PCIS-DASK/x support for Ubuntu 12.04.1 LTS, Fedora Core 17, and OpenSuSe 12.1 (only x86)
-WD-DASK/x support for Ubuntu 12.04.1 LTS, Fedora Core 17, and OpenSuSe 12.1 (x86/x86_64)
(3) Support for Mac OS X 10.9 and later
107
ADU-Test
Logger
Supported Operating
System
Products
Windows®
(Note1)
Linux®
(Note2)
Driver and SDK
LabVIEW™
(Note4)
Visual
Studio.NET
(Note5)
Software Utility
MATLAB®
(Note6)
Analog Output
AD-Logger
U-Test
Others
PCI/cPCI-6208-A
-
-
-
PCI/PCIe/cPCI-6208V-GL
-
-
-
PCI/cPCI-6216V-GL
-
-
-
PCI-6308A
DAQPilot
PCIS-DASK
-
-
-
-
PCI-6308V
-
-
-
PCI/PCIe-7200
√
-
-
PCI-7224
√
-
-
PCI/LPCI/LPCIe-7230
√
-
-
PCI-7233
√
-
-
PCI-7234
√
-
-
PCI/cPCI/PCIe-7248
√
-
-
DAQ_MTLB
PCI/LPCI/LPCIe-7250
Digital I/O
√
-
-
cPCI-7252
√
-
-
PCI/PCIe-7256
√
-
-
PCI-7258
√
-
-
√
-
-
√
-
-
√
-
-
PCI-7260
PCI/PCIe-7296
DAQPilot
PCIS-DASK
PCIe-7300A, cPCI-7300
PCIe-7350
-
-
-
-
-
-
PCI-7396
√
-
-
PCI/PCIe/cPCI-7432
√
-
-
-
PCIe-7360
PCI/cPCI-7433
√
-
-
√
-
-
PCI-7442
√
-
-
PCI-7443
√
-
-
PCI-7444
√
-
-
√
-
-
PCI/cPCI-7434
Timer Counter
PCI/cPCI-8554
DAQ_MTLB
DAQPilot
PCIS-DASK
DAQ_MTLB
(4) LabVIEW™
-Compatible with LabVIEW 8.0 and above
-DAQ-Pilot support for LabVIEW 32-bit & LabVIEW Polymorphic VI
(5) Compatible with Visual Studio .NET 2005/2008/2010, DASK for API
(6) MATLAB®
-Data Acquisition Toolbox 2.2 (and above) compliant
-DAQ-MTLB only support for earlier versions of MATLAB R2015a 32-bit
www.adlinktech.com
108
Terminal Board & Cable Selection Guide for Test & Measurement Products
Type
Model Name
PXI/DAQ/DAQe-2000
Series
PXI/DAQ/DAQe-2200
Series
High-Performance
DAQ
DAQ/DAQe-2213
DIN-68S-01
DAQ/DAQe-2214
DIN-68S-01
PXI/DAQ/DAQe-2500
Series
DIN-68S-01
PXI-2020/2022
DIN-68S-01
PCI-9221
DIN-37D-01
PCI-9222/9223
DIN-68S-01
Multi-function DAQ
PCI-9112
PCI-9113A
PCI-9114 Series
PCI/PCIe/cPCI6208/6216 Series
PCI-6308V/6308A
PCI/PCIe-7200
PCIe-7300A, cPCI-7300
PCIe-7350/7360
Digital I/O
cPCI-7248
LPCI/LPCIe-7250,
cPCI-7252
PCI/cPCI7432/7433/7434
LPCI/LPCIe-7230
PCI-7230/7233/7234
PCI-7250/7251
PCI-7256
PCI-7258
PCI-7260
109
DIN-68S-01
DIN-68S-01
PCI-9111 Series
High-Speed DIO
DIN-68S-01
PXI/DAQ/DAQe-2208
cPCI-9116
Analog Output
Terminal Board Mating Cable
DIN-100S-01
DIN-37D-01
ACLD-9137-01
DIN-20P-01
ACLD-9182A-01
ACLD-9185-01
ACLD-9138-01
DIN-37D-01
ACLD-9137-01
DIN-20P-01
ACLD-9182A-01
ACLD-9185-01
ACLD-9138-01
DIN-37D-01
ACLD-9137-01
DIN-37D-01
ACLD-9137-01
DIN-20P-01
ACLD-9137-01
ACLD-9137F-01
DIN-37D-01
DIN-37D-01
ACLD-9137-01
DIN-37D-01
ACLD-9137-01
ACLD-9137F-01
DIN-100S-01
DIN-68H-01
DIN-100S-01
ACL-10568-1
ACL-SSI-2/3/4
ACL-10568-1
ACL-SSI-2/3/4
ACL-10568-1
ACL-SSI-2/3/4
ACL-10568-1
ACL-10568-1
ACL-SSI-2/3/4
ACL-10568-1
ACL-SSI-2/3/4
ACL-10568-1
SMB-SMB-1M
SMB-BNC-1M
ACL-10137-1MM
ACL-10568-1
ACL-SSI-2/3/4
ACL-102100-1
ACL-10137-1MM
ACL-10137-1MF
ACL-10120-1
ACL-10120-1
ACL-10120-1
ACL-10137-1MM
ACL-10137-1MM
ACL-10137-1MF
ACL-10120-1
ACL-10120-1
ACL-10120-1
ACL-10137-1MM
ACL-10137-1MM
ACL-10137-1MF
ACL-10137-1MM
ACL-10137-1MF
ACL-10120-1
ACL-10137-1MF
ACL-10137-1MM
ACL-10137-1MM
ACL-10137-1MM
ACL-10137-1MF
ACL-10137-1MM
ACL-10137-1MF
ACL-10137-1MM
ACL-102100-1
ACL-10279
SMB-SMB-1M
ACL-102100-1
DIN-50S-01
ACL-10250-1
DIN-100S-01
ACL-102100-1
DIN-50S-01
DIN-37D-01
DIN-37D-01
DIN-68S-01
DIN-68S-01
ACL-10250-1
ACL-10137-1MM
ACL-10137-1MM
ACL-10569-1
ACL-10569-1
ACL-10337 (for JP2/
JP3)
-
Type
Model Name
PCI-7224, PCI/PCIe7248/7296
Digital I/O
PCI-7396
Timer/Counter
High-Resolution
Module
GPIB
USB DAQ
Modular Instrument
PCI-7442/7443/7444
PCI/cPCI-8554
PCI-9524
Terminal Board Mating Cable
DIN-24R/12-01
DIN-24R/24-01
DIN-24P-01
TB-16P8R/24-01
TB-24P/24-01
TB-24R/12-01
TB-24R/24-01
DIN-100S-01
DIN-96DI-01
DIN-68S-01
DIN-100S-01
DIN-68S-01
USB/LPCI/LCPe-3488A
USB-1210
USB-1901/1902/1903
USB-2401
USB-2405
USB-7230/7250
-
PCI/PXI-9527
-
PCIe/PXIe-9529
-
PXI-7901
PXI-7921
PXI-7931
PCI-9810/9812/9812A
TB-6201-01
TB-6221-01
TB-6231-01
-
PCI/PXI-9816/9826/9846
-
PCI-9820
-
PXIe-9848/9848H
-
PCIe-9814
-
PCIe/PXIe-9852
PCIe-8560/PXI-8565
PCIe-PXIe-8638
-
PCES-8581-4S/13S
-
PCI/PXI-8570
-
PCIS-8580-4S/13S
PXI-3950
PXI-3980
PXIe-3975
-
PXIe-3985
-
Digitizer
BusExpansion
PXI Platform
ACL-10150
ACL-10150
ACL-10150
ACL-10150
ACL-10150
ACL-10150
ACL-10150
ACL-102100-1
ACL-102100-1
ACL-10568NF-1
ACL-102100-1
ACL-10568-1
ACL-IEEE488-1/2/4
USB-2M-L
USB-2M-L
USB-2M-L
USB-2M-L
USB-2M-L
SMB-SMB-1M
SMB-BNC-1M
SMB-SMB-1M
SMB-BNC-1M
ACL-10262
ACL-10262
ACL-10262
ACL-109812
SMB-SMB-1M
SMB-BNC-1M
ACL-SSI-2
ACL-SSI-2/3/4
SMB-SMB-1M
SMB-BNC-1M
SMB-SMB-1M
SMB-BNC-1M
ACL-eSSI-2/3/4
SMB-SMB-1M
SMB-BNC-1M
ACL-eSSI-2/3/4
ACL-EXPRESS-1/3/7
PCIe x8 Cable L=2M
ACL-EXPRESS-1
ACL-EXPRESS-3
ACL-EXPRESS-7
ACL-PXIES-2
ACL-PXIES-5
ACL-PXIES-10
ACL-PCIEXT-2/5/10
ACL-IEEE488-MD1-A
ACL-IEEE488-MD1-A
ACL-IEEE488-MD1-A
ACL-IEEE488-MD1-A
DisplayPort to
DVI cable
DisplayPort to HDMI
cable
DisplayPort to
VGA cable
General Purpose Terminal Boards
DIN Rail Screw Terminal Boards ACLD Screw Terminal Boards ●
Universal screw terminal boards for easy wiring
●
●
DIN socket for easy mounting in DIN-rail
●
Low-cost universal screw terminal boards
Blank pads accommodate applications such as break detection, low-pass filter, current shunt and
voltage attenuator on ACLD-9138-01
●
Table-top mounting using nylon standoffs
DIN-100S-01
DIN-68S-01
DIN-50S-01
DIN-50P-01
Terminal Board with One 50-pin
Header and DIN-rail mounting
●
On-board Connector Type: 100-pin
●
SCSI-II female
●
Dimensions:
Mating Cable:
●
Dimensions:
103 mm x 85 mm x 46.2 mm (W x L x H)
●
♦
●
158 mm x 120 mm x 52 mm (W x L x H)
●
●
Plastic cover for protection of wiring
●
Dimensions:
Mating Cables:
♦
ACL-10568-1:
125 mm x 85 mm x 50 mm (W x L x H)
50-pin header
●
Dimensions:
103 mm x 85 mm x 43 mm (W x L x H)
●
Mating Cable:
●
♦
●
Mating Cable:
ACL-10150: 50-pin flat cable
♦
♦
DIN-37D-01
DIN-20P-01
DIN-68H-01
ACLD-9138-01
Terminal Board with One 37-pin D-sub
Terminal Board with One 20-pin Header
and DIN-rail Mounting
Terminal Board with One 68-pin SCSIVHDCI Connector and 0 or 50 Ω
Jumper Selectable Impedance
General Purpose Terminal Board with
One 37-pin D-sub Connector
●
●
●
Dimensions:
●
113 mm x 85 mm x 52 mm (W x L x H)
●
Mating Cable:
♦
ACL-10137-1MM: 37-pin D-sub male/
20-pin header
37-pin D-sub female
Dimensions: 68 mm x 85 mm x 55 mm
(W x L x H)
●
●
♦
ACL-10120-1: 20-pin flat cable, 1 M
●
Blank RC circuits for analog input boards
Dimensions:
●
Reliable screw clamp terminal blocks
●
Dimensions: 103 mm x 114 mm
Mating Cable:
●
male cable, 1 M
37-pin D-sub female
68-pin SCSI-VHDCI
103 mm x 85 mm x 43 mm (W x L x H)
Mating Cable:
●
●
♦
ACL-10279: 68-pin SCSI-VHDCI cable
●
Mating Cables:
♦
with 50 Ω impedance
ACL-10237-1: 37-pin D-sub male/
male flat cable, 1 M
♦
ACL-10137-1MM: 37-pin D-sub
male/male cable, 1 M
ACLD-9137-01 / ACLD-9137F-01
TB-6201-01 / TB-6221-01 / TB-6231-01
General Purpose Terminal Board with One 37-pin D-sub Connector
General Purpose/Multiplexer/Matrix Switch Terminal Board with One 62-pin D-sub
Connector
●
ACLD-9137-01: on-board 37-pin D-sub male connector
●
ACLD-9137F-01: on-board 37-pin D-sub female connector
●
For use with PXI-7901, PXI-7921, and PXI-7931
●
Dimensions: 124 mm x 72 mm
●
On-board Connector Type: 62-pin D-sub female
●
Mating Cables:
●
Dimensions: 105.81 mm x 230 mm
♦
ACL-10137-1MM: 37-pin D-sub male/male cable, 1 M (for ACLD-9137F-01)
♦
ACL-10137-1MF: 37-pin D-sub male/female cable, 1 M (for ACLD-9137-01)
●
Mating Cable:
♦
ACL-10262: 62-pin D-sub male/male cable, 1 M
www.adlinktech.com
110
General Purpose Terminal Boards
DIN-96DI-01
96-CH Isolated DI Terminal Board with DIN-Rail Mounting
Specifications
●
(8.81” x 4.71” x 1.87”)
Maximum Input Range: 24 V
●
Digital Logic Levels: 0 to 24 V, non-polarity
●
♦
Input high voltage: 10 V to 24 V
Ordering Information
♦
Input low voltage: 0 to 24 V
●
DIN-96DI-01
●
Input Resistance: 4.7 kΩ @ 0.5 W
96-CH isolated DI terminal board with
●
Isolation Voltage: 2500 VRMS
DIN-rail mounting
●
I/O Connector: 100-pin SCSI-II female
●
●
Power Consumption:
+5 V
48 mA maximum
ACLD-9182A-01
Terminal Board with 16-CH Isolated Digital Inputs
Specifications
●
●
ACLD-9182A-01
Maximum Input Range: 24 V
●
Digital Logic Levels: 0 to 24 V, non-polarity
Terminal board with 16-CH isolated digital inputs
♦
Input High Voltage: 5 to 24 V
●
♦
Input Low Voltage: 0 to 0.7 V
ACL-10220: 20-pin shielded and grounded cable, 1 M
●
Input Resistance: 560 Ω @ 1 W
●
●
LED indicator for input status
●
I/O Connector: 20-pin ribbon male
●
Dimensions: 205 x 114 mm (7.99” x 4.44”)
ACLD-9182A-01
Terminal Board with 16-CH Relay Outputs
Specifications
Power Consumption:
+5 V
+12 V
200 mA maximum
528 mA maximum
●
Relay Type: SPDT (Form C)
●
●
Contact Rating: AC/ 120 V @ 0.5 A; DC/ 24 V @ 1 A
●
●
Breakdown Voltage: 1000 VRMS
●
Contact Resistance: 100 mΩ
●
Relay ON/OFF time: Operate Time 6 ms/
96-CH isolated DO terminal board with
Release Time: 3 ms
Terminal Board with 16-CH Relay Outputs
●
LED Indicators for Relay Status: One per channel
●
Expected Life: > 5 x 105 operations @ 1 A, 24 VDC;
> 2 x 105 operations @ 0.5 A, 120 VAC
●
111
●
●
Dimensions: 205 x 114 mm (7.99’’ x 4.44’’)
ACLD-9185-01
●
ACL-10220: 20-pin shielded and grounded cable, 1 M
DIN-24R-01, TB-24R-01
Terminal Boards with 24-CH Relay Outputs
Specifications
●
Relay Type: SPDT (Form C)
●
Contact Rating: AC/ 125 V @ 0.6 A; DC/ 30 V @ 2 A
●
Breakdown Voltage: 1500 VRMS
TB-24R-01
Power Consumption:
TB-24R/12-01、DIN-24R/12-01
TB-24R/24-01、DIN-24R/24-01
●
+12 V
+24 V
288 mA、maximum
-
44 mA、maximum
Dimensions (W x L x H):
Contact Resistance: 50 mΩ
♦
TB-24R-01: 220 x 132 x 15 mm (8.58” x 5.14” x 0.58”)
●
Relay ON/OFF Time: Operate time 3 ms; Release time: 3 ms
♦
DIN-24R-01: 203 x 120 x 55 mm (7.91” x 4.68” x 2.14”)
●
LED Indicators for Relay Status: One per channel
●
Expected Life: 5 x 105 operations @ 2 A, 30 VDC
●
External Coil Excitation Voltage:
●
12 V nominal, 19.2 V max. (TB-24R/12-01 & DIN-24R/12-01)
●
24 V nominal, 38.5 V max. (TB-24R/24-01 &DIN-24R/24-01)
●
I/O Connector: 50-pin ribbon male; 50-pin SCSI-II female
●
DIN-24R-01
●
●
TB-24R/12-01; TB-24R/24-01
Terminal board with 24-CH relay outputs @ 12V/24V coil voltage
DIN-24P-01, TB-24P-01
●
DIN-24R/12-01; DIN-24R/24-01
Terminal board with 24-CH relay outputs @
12V/24V coil voltage and DIN-rail mounting
●
ACL-10150-: 50-pin flat cable
Terminal Boards with 24-CH Opto-Isolated Digital Inputs
Specifications
●
Power Requirement:
+5 V
Voltage input & Dry contact input
●
Maximum input range: 24 V, non-polarity
●
Digital logic levels: 0 to 24 V, non-polarity
♦
DIN-24P-01
♦
TB-24P-01
●
48 mA maximum
●
Dimensions (W x L x H):
Input high voltage: 5 V to 24 V
♦
TB-24P-01: 220 x 132 x 23 mm (8.58" x 5.14" x 0.89")
Input low voltage: 0 to +1.5 V
♦
DIN-24P-01: 259 x 121 x 55 mm (10.1" x 4.71" x 2.14")
●
Input resistance: 1.2 kΩ @ 0.5 W
●
Isolation voltage: 5000 VRMS
●
●
Dry Contact Input: 24 channels
Terminal Board with 24-CH isolated digital inputs
●
Internal pull-up voltage supply: +5 VDC
●
●
LED Indicators for Input Status: one per channel
Terminal Board with 24-CH isolated digital inputs and DIN-rail mounting
●
I/O Connector: 50-pin ribbon male/ 50-pin SCSI-II female
●
TB-16P8R-01
TB-24P/24-01
DIN-24P-01
Terminal Board with 16-CH Isolated DI & 8-CH Relay Outputs
Specifications
●
●
Number of Isolated DI Channels: 16
●
Number of Relay Output Channels: 8
●
LED Indicators for Input and Output Status: one per channel
●
Electronics Characteristics of Isolated DI:
refer to the TB-24P-01's specifications
●
Electronics Characteristics of Relay Outputs:
refer to the TB-24R-01's specifications
●
●
Power Requirements:
(8.58” x 5.14” x 0.85”)
●
TB-16P8R/12-01
Terminal board with 16-CH isolated DI &
8-CH relay outputs
●
TB-16P8R/24-01
Terminal board with 16-CH isolated DI &
8-CH relay outputs
●
+5 V
+12 V
40 mA maximum
100 mA maximum
www.adlinktech.com
112
Cable Accessories
ACL-10568-1
ACL-10250-1
68-pin SCSI-VHDCI cable
ACL-10569-1
ACL-10137-1MM
37-pin D-sub male/male cable, 1 M
ACL-102100-1
ACL-10137-1MF
37-pin D-sub male/female cable, 1 M
ACL-10120-1
ACL-10232
20-pin flat cable, 1 M
9-pin D-sub (RS-232) male/female cable, 5 M
ACL-10150
ACL-105100
50-pin flat cable
100-pin SCSI-II assembly
ACL-10237-1 (male/male)
ACL-10537
37-pin D-sub male/male flat cable, 1 M
37-pin D-sub assembly
ACL-10262
ACL-10550
62-pin D-sub male/female cable, 1 M
50-pin SCSI-II assembly
113
ACL-10568NF-1
ACL-IEEE488-1/2/4/8
68-pin SCSI-VHDCI flat cable, 1 M
(for PCI-7442, PCI-7443, and PCI-7444)
IEEE 488 standard cable, 1/2/4/8 M
ACL-10220
ACL-PCIEXT-2/5/10
20-pin shielded & grounded cable, 1 M
Extension cable, 2/5/10 M
(for PCIS-8580-4S/13S)
ACL-10252-1
ACL-PXIES-2
100-pin to two 50-pin cable, 1 M
(for DIN-502S)
Copper cable kit, 2 M
(for PCI-8570 and PXI-8570)
ACL-10279
ACL-SSI-2/3/4
68-pin SCSI-VHDCI cable with 50 Ω impedance
SSI bus cable for 2/3/4 devices
ACL-10337
SMB-BNC-1M
Two 20-Pin header to 37-Pin D-sub PC back panel
SMB to BNC cable, 1 M
ACL-10437
SMB-SMB-1M
40-pin header to 37-pin D-sub PC back panel
(for ACL-7225 and PCI/PCIe-7200)
SMB to SMB cable, 1 M
USB-2M-L
ACL-EXPRESS-1/3/7
2 M USB Type A to USB Mini-B
cable with lockable connector
Expansion Cable, 1/3/7 M
(for PCES-8581-4L/4S/13S)
www.adlinktech.com
114
USB/LPCI/LPCIe-3488A
High-Performance IEEE-488 GPIB Interface for USB/PCI/PCI Express
Fully Compatible with Your Existing Applications
USB-3488A
LPCI-3488A
ADLINK GPIB interface cards are delivered with complete software support, including a
driver API that is fully binary compatible with NI-488.2* driver software. All programs based
on GPIB-32.DLL can be executed with USB-3488A, LPCI-3488A and LPCIe-3488A without any
modification. VISA library is also supported to ensure compatibility with applications utilizing
VISA. The ADLINK USB-3488A, LPCI-3488A and LPCIe-3488A thus provide “Plug and Play”
compatibility with all your existing applications.
Three Steps to Start Your Application with ADLINK GPIB
(1) Install AD-GPIB driver
(2) Install ADLINK GPIB hardware
(3) Execute the existing GPIB applications (compatible with NI-488.2)
Specifications
Up to 14 instruments connected
Maximum 1.5 MB/s data transfer rate (USB-3488A and LCPI-3488A)
Maximum 1.2 MB/s data transfer rate (LPCIe-3488A)
Features
●
Fully compatible with the IEEE-488 standard
●
Support 32-bit 3.3 V or 5 V PCI bus (LPCI-3488A)
●
Up to 1.5 MB/s data transfer rates
●
Built-in FIFO for read/write operations
●
Provide APIs compatible with NI-488.2 driver
GPIB Bus Specifications
(USB-3488A and LPCI-3488A)
software*
●
Support industrial-standard VISA library
●
Interactive utility for testing and diagnostics
Certifications
Software Compatibility
External Indicators
(USB-3488A)
USB-3488A
●
USB 2.0 compatible
●
2 M USB cable attached for instrument connection
●
No external power required
●
Easy GPIB connectively for laptops
●
♦
●
Windows XP, Windows 7/8 x64/x86
Driver and SDK
♦
Visual Studio.NET/BCB
♦
LabVIEWTM*
♦
MATLAB®*
General Specifications
Dimensions
(not including connectors) :
I/O Connectors
Cable length
-2 meters between each instrument (suggested)
-20 meters total cable length
Data transfer mode: 8 bits parallel
Handshake: 3 wire handshake,
reception of each data byte is acknowledged
EMC/EMI: CE, FCC Class A
Visual Studio.NET/BCB
LabVIEWTM*
MATLAB®*
Ready : Green for active device
Active : Blinking amber for data transferring
Operating temperature : 0˚C to 55˚C (32˚F to 131˚F)
Storage temperature : -20˚C to +80˚C (-4˚F to 176˚F)
Relative humidity : 5% to 95%, non-condensing
Power requirements
LPCI-3488A: +5 V/250 mA (typical), 300 mA (maximum)
USB-3488A: +5 V/190 mA (typical), 500 mA (maximum)
LPCI-3488A: 120 mm x 64 mm (4.68” x 2.49”)
USB-3488A: 81.7 mm (L) x 66.1 mm (W) x 27.8 mm (H)
(3.2” x 2.57” x 1.1”)
I/O Connectors
USB: USB standard series A plug (USB-3488A)
●
USB-3488A
High-Performance IEEE-488 GPIB interface
●
for USB
●
LPCI-3488A
card for low-profile PCI bus
115
LPCIe-3488A
card for low-profile PCI Express bus
●
ACL-IEEE488-1/2/4
IEEE-488 standard cable,
1/2/4 meter length
PCIS-8580-4S/PCIS-8580-13S
PCI-to-PCI Expansion Systems
Features
●
●
PCIS-8580-4S expands four PCI slots in a shoebox
●
Operating temperature: 0˚C to 50˚C (32˚F to 122˚F)
sizewall-mount chassis with built-in 200 W power supply
●
Storage temperature: -20˚C to 80˚C (-4˚F to 176˚F)
PCIS-8580-13S expands 13 full-size PCI slots in a 19"
●
Relative humidity: 10% to 90%, non-condensing
rack-mount chassis with built-in 400 W power supply
PCIS-8580-4S
●
Full 32-bit/33 MHz PCI bandwidth extension (132 MB/s)
●
Extension distance of up to 10 meters
●
(expansion cables at 2 M, 5 M, and 10 M)
●
LPCI-8575
●
PCIS-8580-4S/ 13S
Includes One LPCI-8575, One RK-8005,
and One ACL-PCIEXT-2 Cable
Complete hardware and software transparency
24-pin DVI-D connector for robust connectivity
●
ACL-PCIEXT-2/ 5/ 10
Optional 2M/ 5M/ 10M Expansion Cable
PCIS-8580-13S
PCI-to-PCI Expansion Systems
System Model
Host Bus Type
Expansion
Bus Type
Slots
No.
PCIS-8580-4S
PCIS-8580-13S
PCI
PCI
PCI
PCI
4
13
Expansion System Includes
Card (Host)
LPCI-8575
LPCI-8575
Card (Remote)
LPCI-8575
LPCI-8575
Expansion Chassis
RK-8005
RK-8014
Accessory
ACL-PCIEXT-2
ACL-PCIEXT-2
Cable Option
ACL-PCIEXT-5/-10
ACL-PCIEXT-5/-10
PCES-8581-4S/13S
PCIe-to-PCI Expansion Systems
Features
PCES-8581-4S
●
PCI Express-based control of PCI - PCES-8581-4S/13S
●
Operating temperature: 0˚C to 50˚C (32˚F to 122˚F)
●
Compatible with 5 V and 3.3 V PCI signaling
●
Storage temperature: -20˚C to 80˚C (-4˚F to 176˚F)
●
32-bit/33 MHz PCI interface support
●
Relative humidity: 10% to 90%, non-condensing
●
PCES-8581-4S expand four half-size PCI slots in a shoebox size wallmount chassis with
PCIe-8560
●
built-in200 W power supply
●
Includes One PCIe-8560, One RK-8005, and One
PCES-8581-13S expands 13 full-size PCI slots
ACL-EXPRESS-3 Cable
in a 19" rack-mount chassis with built-in 400 W
PCI-8565
●
power supply
●
PCES-8581-4S/ 13S
ACL-EXPRESS-1/ 3/ 7
Optional 1M/ 3M/ 7M Expansion Cable
Extension distance of up to 7 meters
(extension cables at 1 M, 3 M, and 7 M)
PCES-8581-13S
●
Comprehensive hardware and software transparency
PCIe-to-PCI Expansion Systems
System Model
Host Bus Type
Expansion
Bus Type
Slots
No.
PCES-8581-4S
PCES-8581-13S
PCIe x1
PCIe x1
PCI
PCI
4
13
Expansion System Includes
Card (Host)
PCIe-8560
PCIe-8560
Card (Remote)
PCI-8565
PCI-8565
Expansion Chassis
RK-8005
RK-8014
Accessory
ACL-EXPRESS-3
ACL-EXPRESS-3
Cable Option
ACL-EXPRESS-1/-7
ACL-EXPRESS-1/-7
www.adlinktech.com
116
Rugged & Reliable Industrial Mobile Computers
Up to IP65 sealing
& 1.5m drop
2G/3G & Wireless
Communication
1D/2D Image Barcode
Scanner & NFC
Sunlight Readable
Chassis Seal Up to IP65 Class, 1.5m Drop Tested
The ADLINK IMX Series Android-based industrial mobile computer features high performance, Near Field Communication (NFC) capability,
barcode scanning, and 3G/WLAN wireless for improved real-time transmission, fulfilling a host of industrial requirements at the application level.
The IMX Series undergoes strict performance testing, resulting in an IP65 ingress protection rating and 1.5 meter drop resistance, making it
perfect for use in retail channels, logistics, onsite inspection, warehousing, transportation, and many other environments.
Retail
117
Logistics & Transportation
Manufacturing & Warehouse
Field Service
Fully Featured for Industry Use
IMX-2200
CCD or 1D Laser or 2D imager
5M camera
NFC antenna
Flash LED
3.2” (240 x 320)
Autofocus
TFT-LCD sunlight
readable five point
capacitive touch
screen
Micro USB
3.5” headset
Android keys
3.7V 2620mAh
rechargeable lithium
Power key
battery
Scan key
Physical keyboard allows operation when moisture or
Secure Access Module (SAM) slot (place under battery)
contaminants might cause touch screen damage
provides core system cryptography and NFC encryption
for robust system security
Industry Tested for Reliability
The ADLINK IMX Series’ strict performance testing guarantees shock and drop resistance up to 1.5m and IP65-level protection from
moisture and contaminants. IMX's superior construction delivers uptime and enterprise-class lifecycle to keep total cost of ownership (TCO)
low, and satisfies practical requirements in harsh industry environments.
Ruggedness
Swappable Battery & High capacity battery
Wider working and storage temperature
Long life cycle & RMA Service Support
IMX-2200
Consumer Products
IP65
1.5m drop tested
Few consumer devices undergo ingress &
drop testing
2620mAh Swappable
Battery
Build-in battery
-10~50 °C (Operating)
-20~60°C (Storage)
At least 10 yeas
With Freescale iMX 6 CPU
0~35°C (Operating),
-20~45°C (Storage)
1~2 years
www.adlinktech.com
118
Convenient Android-Based Interface
IMX Series uses Android OS, supporting high-quality communication and data transmission with a famously
user-friendly interface. As well, in response to Google's accelerating development of NFC on the Android
platform, the IMX Series comprehensively supports NFC technology, with dramatically enhanced read functions.
Built-in apps cater to a variety of commercial and industrial applications, while synchronously providing
end-user APIs for secondary software development based on individual requirements.
Versatile Mobile Communications for
Uninterrupted Data Transfer
ADLINK's IMX Series features a high-performance 1D/2D barcode scanner for input to reader utility software,
and background applications can easily transfer data to specified locations. Also integrated are WiFi, Bluetooth,
3G GPS and AGPS protocols, further enhancing the IMX Series' exceptional wireless capabilities. Further, the
IMX-2200 Series is certified for CCX (Cisco Compatible Extensions) Wi-Fi connection, effectively stabilizing
transmission of data and roaming.
*3G/ GPS/ AGPS support for only the IMX-2200.
Kiosk Mode Restricts
Unauthorized User Access
The value-added utility, when admin-enabled, prevents user access
to specific applications or any unauthorized changes to the device,
improving productivity and securing assets. Only admin can access
app control.
Versatile Accessories Maximize
Convenience of Use
From belt holsters and protective covers to reliable power supplies,
durable USB cables and extended batteries, to specialized snap-ons,
a wide range of accessories extends your IMX Series device
capabilities while lowering total cost of ownership.
IMX-1100
119
Protector
Strap
Product Selection Guide
IMX-2200
IMX-3000
IMX Series
Physical Characteristics
Dimensions (LxWxH)
Weight (incl. battery)
Display
Main Battery
Expansion Slot
Notifcation LED
Keypad/Controls
Audio Speaker
Headset/Receiver/Microphone
Camera
Sensor
Platform Characteristics
CPU
Operating System
Memory
Interface / Comm.
Data capture
CCD
1D
2D
NFC
User Environment
Storage Temperature
Humidity
Drop Spec
Sealing
ESD
Certifications
Wireless LAN Data Communications
WLAN Radio
WPAN
WWAN
Value Added Software
Reader Utility
Button Utility
Kisok Mode Utility
Wi-Fi VoIP
Standard Accessory
Lanyard
AC Power Adaptor
2600 mAh battery
USB cable
Top: Approx. 171 x 70 x 28.9 mm
Bottom: Approx. 171 x 62 x 23.4 mm
288g
3.2" display, resolution: 240 x 320 pixels,
capacitive touch panel
Rechargeable Li-ion 3.7V / 2600 mAh
Micro SD x1, supports SDHC up to 32GB
Vibration, tricolor LED (R, G, B)
1x power key, 3x Android function keys, 20x numeric keys,
3x programmable side keys, and 1x reset key
90dB 1K Hz @10cm
3.5 mm headset x 1 / receiver x 1/ mic x 1
140.9 x 72.9 x 27.3 mm
245g
3.8" display, resolution: 480 x 800 pixels,
capacitive touch panel
Rechargeable Li-ion 3.7V / 2600 mAh
MicroSD x 1, support microSDHC, SIM slot x1, SAM slot x1 (for NFC)
Vibration, tricolor LED (R, G, B)
5 keys + 2 side keys
90dB 1KHz @ 10cm
3.5 mm headset x 1 / receiver x 1/ mic x 2
Autofocus 5MP with flash LED
Autofocus 5MP with flash LED
Supports G & Gryo, light & proximity sensors
Supports G, E-compass, & proximity sensors
800MHz to 1GHz
Android 5.0
1GHz DDR3L SDRAM / 8GB Flash
USB 2.0 OTG
1.2GHz dual CPU
Android 4.0
768MB DDR SDRAM / 4GB eMMC flash
USB 2.0 OTG
CCD
Laser engine
2D image
NFC NPC-100 (13.56MHz)
CCD imager
1D laser engine
2D imager
NFC PN544 (13.56MHz)
-10 °C to 50 °C (32°F to 104°F)
-20 °C to 60 °C / -4 °F to 140 °F
10% to 90% @ 25 °C, non-condensing
1.5m with protective cover
IP65
+/- 15KV Air Discharge, +/- 8KV Direct Discharge
CE / CB / FCC / NCC / BSMI / OFCA
CCD: -10 °C to 40 °C (14 °F to 104 °F) 1D/2D: -10 °C to 50 °C (32 °F to 104 °F)
-20 °C to 60 °C / -4 °F to 140 °F
10% to 90% @ 25 °C, non-condensing
1.2m and 1.5m drop with protective cover
IP54
+/- 15KV (air discharge), +/- 8KV (direct discharge)
CE / CB / FCC / NCC / BSMI / OFCA
IEEE 802.11 a/b/g/n, (Optional CCX)
Dual mode Bluetooth 4.0 + Bluetooth 2.1 + EDR
IEEE 802.11 b/g/n
Bluetooth 4.0
WCDMA 850/1900/2100; GSM 850/900/1800/1900:
HSDPA: 7.2Mb/s; HSUPA: 5.76 Mb/s
N/A
For CCD/1D/2D barcode scan demo, symbologist setting.
Assigns application or hot key
Locks down app to protect kiosk
Push to talk via Wi-Fi
For CCD/1D/2D barcode scan demo, symbologist setting
Assigns application or hot key
Locks down app to protect kiosk
N/A
N/A
X 1 set
X 1 pcs
X 1 pcs
X 1 pcs
X 1 set
X 1 pcs
X 1 pcs
www.adlinktech.com
120
Model Index
4
4XMO-DA Cable M
4XMO-DM-J3
4XMO-OPEN Cable M
A
ACL-10137-1MF
ACL-10137-1MM
ACL-10150
ACL-102100-1
ACL-10232
ACL-10237-1
ACL-10250-1
ACL-10252-1
ACL-10262
ACL-10279
ACL-10337
ACL-10437
ACL-105100
ACL-10537
ACL-10550
ACL-10568-1
ACL-10569-1
ACL-50P M
ACL-50P M-OPEN
ACLD-9137-01
ACLD-9137F-01
ACLD-9138-01
ACLD-9182A-01
ACL-HHS-M
ACL-IEEE488-1
ACL-PXIES-2
ACL-RHS-M
ACL-RRS-M
ACL-SSI-2/3/4
AMP-204C
AMP-208C
C
cPCI-8168
D
DAQ-2005
DAQe-2005
DIN-100S-01
DIN-20P-01
DIN-24P-01
DIN-24R-01
DIN-37D-01
DIN-50P-01
DIN-50S-01
DIN-68H-01
DIN-68M-J3A0
DIN-68P-A40
DIN-68S-01
DIN-68Y-SGII0
DIN-814-GP
121
88
88
88
113
113
113
113
113
113
113
114
113
114
114
114
113
113
113
113
113
88
88
110
110
110
111
88
114
114
88
88
114
84
84
83
42
42
87
110
112
112
87/110
110
87/110
110
86
86
87/110
86
87
DIN-814M-J3A0
DIN-814P-A40
DIN-814Y0
DIN-825-4M0
DIN-825-4P0
DIN-825-GP4
DIN-839-J3B0
DIN-96DI-01
DST-HUB
E
EOS-1200
EOS-4000
EPS-1132
EPS-2032
EPS-2132
EPS-2308
EPS-3032
EPS-3216
EPS-3504
EPS-4008
EPS-6000
EPS-7002
EPS-9905
F
Fans for MXC series
H
HSL-4XMO-DM Cable
HSL-4XMO-DP Cable
HSL-4XMO-DY Cable
HSL-DI16DO16-DB-NN
HSL-DI16DO16-M-NN
HSL-DI16DO16-UD
HSL-DI32-DB-N
HSL-DI32-M-N
HSL-DI32-UD
HSL-DO32-DB-N
HSL-DO32-M-N
HSL-DO32-UD
HSL-R8DI16-M-N
HSL-Repeater
HSL-Terminator
I
IMB-M40H
IMB-M42H
IMB-M43
IMB-S90
L
LPCIe-7230
M
M-342
MA-J3BUS M
Mini PCIe Modules
MNET-4XMO
MNET-4XMO-C
86
86
86
87
87
87
86
111
90/92
70
70
76
76
76
76
76
76
76
76
76
76
76
51
88
88
88
92
92
91
92
92
91
92
92
91
92
92
92
56
56
56
56
42
56
88
51
90
90
MNET-DA2
MNET-GP
MNET-J3
MNET-MIA
MNET-S23
MNET-SAN
MR-J2HBUS M
MR-J2HBUS M(CAN)
MR-JCCBL M
MR-JHSCBL M
MVP-6001
MVP-6002
MVP-6003
MXC-6101D
MXC-6201D
MXC-6301D
MXC-6303D
MXC-6305D
MXC-6401D
MXC-6402D
MXC-6403D
MXE-110i
MXE-1301
MXE-1401
MXE-202i
MXE-201
MXE-202
MXE-5301
MXE-5302
MXE-5303
MXE-5401
MXE-5402
MXE-5403
MXE-5501
MXE-5502
MXE-5503
N
NEON-1020
NEON-1040
NuPRO-A331
NuPRO-A40H
NuPRO-E330
NuPRO-E340
NuPRO-E42
NuPRO-E43
NuPRO-E72
P
PCES-8581-13S
PCES-8581-4S
PCI-7250
PCI-7260
PCI-7300A
PCI-7432
PCI-7856
90
90
90
90
90
90
88
88
88
88
45
45
45
46
46
46
46
46
45
45
45
50
48
48
50
48
48
47
47
47
47
47
47
47
47
47
69
69
55
55
55
54
54
54
54
116
116
42
42
42
42
91
PCI-8102
PCI-8134A
PCI-8144
PCI-8154
PCI-8158
PCI-8164
PCI-8254
PCI-8258
PCI-8392
TB-6221-01
TB-6231-01
PCI-8570
PCI-9112
PCI-9221
PCI-9223
PCI-9527
PCI-9812
PCI-9820
PCI-9846
PCIe-2602
PCIe-6208V
PCIe-7296
PCIe-7300A
PCIe-7350
PCIe-8560
PCIe-9529
PCIe-9814
PCIe-9834
PCIe-9852
PCIe-CPL64
PCIe-FIW62
PCIe-FIW64
PCIe-GIE62+
PCIe-GIE64+
PCIe-HDV62
PCIe-HDV62A
PCIe-HDV72
PCIe-RTV24
PCI-RTV24
PCIS-8580-13S
PCIS-8580-4S
PXES-2590
PXES-2780
PXI-3980
PXI-7901
PXI-7921
PXI-7931
PXI-8565
PXI-8570
PXIe-3975
PXIe-3985
PXIe-HDV62A
PXIS-2508
PXIS-2630
83
83
83
83
83
83
84
84
84
110
110
95
42
42
42
42
42
42
42
42
42
42
42
42
95/116
42
42
42
42
72
72
72
72
72
42
72
72
72
72
116
116
96
96
95
100
100
100
95
95
95
95
72
96
96
PXIS-2670
PXIS-2700
PXIS-2719A
PXIS-3320
R
RK-110S
RK-110SE
RK-210S
RK-210E
RK-260
RK-260MB-GC13
RK-260-E
RK-410FS
RK-440
RK-607B
RK-608B-E
RK-608MB
RK-610
S
SCSI-VHDCI 100P
Cable
SMB-SMB-1M
T
Talos-3012
TB-16P8R-01
TB-24P-01
TB-24R-01
TB-6201-01
TRL-40
U
USB-3488A
96
96
96
96
57
57
57
57
57
57
57
57
57
57
57
57
57
88
114
76
112
112
112
110
57
115
Memo
Memo
Memo

adlink c161 - Dragon Technology Distribution

Transcription

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